Thursday, January 31, 2013

MSNBC?s Karen Finney: GOP Is A Group Of ?Crazy Crackers? [VIDEO]

Karen Finney

Karen Finney PHOTO CREDIT: BET.com.

In an appearance on MSNBC, Democratic political strategist and frequent contributor, Karen Finney, casually called White conservatives ? crazy crackers? who alienate Latino and minority voters with ?hateful? language, reports Mediate.com.

Finney threw out the racial slur when discussing how the GOP? bungled their Latino outreach efforts in 2005:

?We had evangelical Latinos wanting to meet with Howard Dean at the DNC,? said Finney, who served as Democratic National Committee communications director at the time. ?That?s a shift, right??

?We saw in droves the Latino community moving over to the Democratic Party largely because of the tone,? Finney continued. ?Even Republicans in the Republican Party who were Latino just disgusted with the tone.?

?Those crazy crackers on the right, if they start with their very hateful language, that is going to kill them in the same way that they learned, at their little retreat, let?s not talking about rape,? Finney concluded.

See the clip below:

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Finney quickly took to Twitter to apologize, claiming that she meant the word as an alliteration for ?crackpots,? and that in the South ? where she?s from ? it?s not a racist term.

*crickets*

The vast majority of commenters voiced their anger, saying that it would have been a problem if someone had said the n-word.

There has been no word on whether or not Finney will face any consequences for using the word on air.

SEE ALSO:

NAACP President Ben Jealous: Black People ?Are Doing Far Worse? Under Obama Administration

Whitney?s Brother Confesses: ?Don?t Blame Bobby, I Introduced Her To Cocaine? [VIDEO]

Weigh in!


The Big Day! 2013 Inauguration Of President Barack H.?Obama

Originally seen on http://newsone.com/

Source: http://foxync.com/2659517/msnbcs-karen-finney-gop-is-a-group-of-crazy-crackers-video/

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Egypt opposition leader wants national dialogue

AAA??Jan. 30, 2013?5:18 AM ET
Egypt opposition leader wants national dialogue
AP

FILE - In this Monday, Aug. 13, 2012 file photo, Egyptian Minister of Defense, Lt. Gen. Abdel-Fattah el-Sissi, left, meets with Egyptian President Mohammed Morsi in Cairo, Egypt. Thousands of mourners chanting for the downfall of Egypt's president marched in funerals again Tuesday in the restive city of Port Said as the army chief warned the state could collapse if the latest political crisis drags on. (AP Photo/Egyptian Presidency, File)

FILE - In this Monday, Aug. 13, 2012 file photo, Egyptian Minister of Defense, Lt. Gen. Abdel-Fattah el-Sissi, left, meets with Egyptian President Mohammed Morsi in Cairo, Egypt. Thousands of mourners chanting for the downfall of Egypt's president marched in funerals again Tuesday in the restive city of Port Said as the army chief warned the state could collapse if the latest political crisis drags on. (AP Photo/Egyptian Presidency, File)

FILE - In this Sunday, Jan. 27, 2013 file photo, smoke rises after Egyptian protesters clash with police, unseen, in Port Said, Egypt. Thousands of mourners chanting for the downfall of Egypt's president marched in funerals again Tuesday in the restive city of Port Said as the army chief warned the state could collapse if the latest political crisis drags on. (AP Photo, File)

Egyptian riot police fire tear gas at protesters, not seen, during clashes in front of the Semiramis Intercontinental hotel, background near Tahrir Square, Cairo, Egypt,Tuesday, Jan. 29, 2013. Since Saturday, the Nile-side Semiramis Intercontinental has been on the front line of clashes between riot police and angry youths, with both sides throwing stones at each other along the city?s famed Corniche promenade while tear gas wafted several stories up inside the building. (AP Photo/Khalil Hamra)

Egyptian protesters clash with riot police near Tahrir Square, Cairo, Egypt, Tuesday, Jan. 29, 2013. Intense fighting for days around central Tahrir Square engulfed two landmark hotels and forced the U.S. Embassy to suspend public services on Tuesday. (AP Photo/Khalil Hamra)

Egyptian riot police rest during clashes with anti-government protesters, not seen, near Tahrir Square, Cairo, Egypt,Tuesday, Jan. 29, 2013. Intense fighting for days around central Tahrir Square engulfed two landmark hotels and forced the U.S. Embassy to suspend public services on Tuesday. (AP Photo/Khalil Hamra)

CAIRO (AP) ? Egypt's liberal opposition leader has called for a broad national dialogue with the Islamist government, all political factions and the powerful military after the latest eruption of political violence left 60 dead over the past week.

Nobel Peace Prize winner Mohamed ElBaradei made the appeal on Wednesday, a day after the military warned the country could collapse under the weight of this turmoil.

President Mohammed Morsi, who was making a brief visit to Germany on Wednesday despite the crisis at home, has declared a state of emergency and night curfew in three restive provinces along the Suez Canal. But residents have defied the curfew since it took effect.

Morsi authorized governors of the three provinces to either cancel or limit curfew hours in an attempt to assuage public anger.

Associated Press

Source: http://hosted2.ap.org/APDEFAULT/cae69a7523db45408eeb2b3a98c0c9c5/Article_2013-01-30-Egypt/id-4035fc387dc546029cb76758580693a0

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Researchers help confirm value of flow-diverting device for most challenging aneurysms

Researchers help confirm value of flow-diverting device for most challenging aneurysms [ Back to EurekAlert! ] Public release date: 30-Jan-2013
[ | E-mail | Share Share ]

Contact: Cindy Starr
cindy.starr@uc.edu
513-558-3505
University of Cincinnati Academic Health Center

CINCINNATIA multi-center study supports the effectiveness of the newest technology available for the treatment of difficult, life-threatening brain aneurysms. The technology, the Pipeline embolization device, is a flow diverter that redirects blood flow away from wide-necked or giant aneurysms that cannot be treated in more conventional ways.

Andrew Ringer, MD, director of the division of cerebrovascular surgery and professor of neurosurgery and radiology at the University of Cincinnati (UC) College of Medicine, led the Cincinnati portion of the study, which was published in the December issue of Neurosurgery.

"The study showed that the Pipeline device is a safe and effective tool for patients and surgeons," says Ringer, a Mayfield Clinic neurosurgeon who has treated 11 patients with the device. "This expands our ability to safely treat aneurysms that were very difficult to treat before."

A brain aneurysm is bulge on an artery wall that can rupture as it grows thinner and weaker, releasing blood into the space between the brain and the skull, a potentially catastrophic event called a subarachnoid hemorrhage. Of the 30,000 Americans who experience a ruptured brain aneurysm each year, according to the American Association of Neurological Surgeons, about 40 to 50 percent survive, while 20 percent recover without any permanent physical deficits.

The U.S. Food and Drug Administration approved the flow-diverting device in 2011 after the successful completion of a clinical trial known as PUFS (Pipeline for Uncoilable or Failed Aneurysms). Ringer and his colleagues from six other neurosurgical centersall part of the Endovascular Neurosurgery Research Group (ENRG)opted to continue studying the Pipeline, which is manufactured by ev3/Covidien, to better understand its safety and effectiveness in real-world hospital settings.

"Whenever there is a new device, technology or drug that is undergoing review for FDA approval, the sponsors of the study will select clinical sites that have high-level expertise, that treat many cases of this type very well, and that have the infrastructure necessary to run the study," Ringer said. "The results that come out of these studies, therefore, are the results at the most experienced centers. More importantly, the results are done under the very rigid confines of a clinical trial and are not necessarily reflective of everyday practice."

Investigators from ENRG wanted to know whether outcomes would remain consistently positive after the device was approved and was being used in clinical practice. "We asked this question because there have been instances where an approved device did not perform as well in a real-world setting as it had in a clinical trial leading up to its approval," Ringer says.

In the case of the flow-diverting Pipeline, Ringer continues, the device lived up to expectations. "We tracked the outcomes of patients who had the Pipeline used for aneurysm treatment in standard practice, outside the confines of a study, and we were able to show that the outcomes in fact were quite good."

The study tracked the outcomes of 56 patients treated at the seven centers. Clinicians used an average of two Pipeline devices to treat each aneurysm, and they used coils as well in treating 25 percent of the aneurysms. Of the 19 patients who had a three-month follow-up angiogram, 68 percent had complete, successful occlusion of their aneurysm. The study also reported, in its "most surprising finding," a major complication rate, resulting in permanent disability or death, of 8.5 percent. Four patients with giant aneurysms suffered fatal hemorrhages following their procedure.

"While any adverse outcome is cause for regret, we recognize that these patients had high-risk aneurysms, and other treatment options or observation may have been even riskier," Ringer says. "We will continue watching outcomes as the device becomes more available."

Ringer and his colleagues are using the flow-diversion device to treat three types of brain aneurysms:

  • Saccular or berry, which have a neck at their origin on the main artery and a dome that can expand like a balloon.
  • Wide-necked or fusiform, which do not have a defined neck.
  • Giant, which are more than 2.5 centimeters in diameter.

Standard treatments for brain aneurysms include a surgical procedure called clipping, in which the surgeon opens the skull and places a clip over the aneurysm's neck, and a less invasive, endovascular procedure called coiling, in which the surgeon uses a catheter to deliver and deposit tiny coils into the aneurysm. Another endovascular procedure involves filling the aneurysm with a special glue that hardens.

Wide-necked and giant aneurysms have proven resistant to these treatments, however, because they have no necks that can be clipped and because coils or glue tend not to remain within the aneurysms' open mouths.

The flow-diverting device addresses this problem through the placement of a stent-like scaffold over the healthy artery outside the aneurysm. The scaffold is a tiny braided mesh cylinder, 10 to 35 millimeters long, which is made of platinum and nickel-cobalt alloy.

"When using this treatment we never go inside the aneurysm," Ringer said. "The tightly woven tube creates resistance to the blood flow, causing the blood to continue down the artery along the path of least resistance, causing the aneurysm to eventually clot off, wither and die."

Unlike clipping and coiling procedures, which neutralize blood flow to an aneurysm almost immediately, a flow-diversion device may require weeks or months to neutralize an aneurysm. "But the advantage of the Pipeline is that we don't have to work inside the aneurysm," Ringer said. "And therefore, if the shape, size, or configuration of the aneurysm is such that both surgery and coiling are difficult or dangerous, we have another option."

###



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?


AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert! by contributing institutions or for the use of any information through the EurekAlert! system.


Researchers help confirm value of flow-diverting device for most challenging aneurysms [ Back to EurekAlert! ] Public release date: 30-Jan-2013
[ | E-mail | Share Share ]

Contact: Cindy Starr
cindy.starr@uc.edu
513-558-3505
University of Cincinnati Academic Health Center

CINCINNATIA multi-center study supports the effectiveness of the newest technology available for the treatment of difficult, life-threatening brain aneurysms. The technology, the Pipeline embolization device, is a flow diverter that redirects blood flow away from wide-necked or giant aneurysms that cannot be treated in more conventional ways.

Andrew Ringer, MD, director of the division of cerebrovascular surgery and professor of neurosurgery and radiology at the University of Cincinnati (UC) College of Medicine, led the Cincinnati portion of the study, which was published in the December issue of Neurosurgery.

"The study showed that the Pipeline device is a safe and effective tool for patients and surgeons," says Ringer, a Mayfield Clinic neurosurgeon who has treated 11 patients with the device. "This expands our ability to safely treat aneurysms that were very difficult to treat before."

A brain aneurysm is bulge on an artery wall that can rupture as it grows thinner and weaker, releasing blood into the space between the brain and the skull, a potentially catastrophic event called a subarachnoid hemorrhage. Of the 30,000 Americans who experience a ruptured brain aneurysm each year, according to the American Association of Neurological Surgeons, about 40 to 50 percent survive, while 20 percent recover without any permanent physical deficits.

The U.S. Food and Drug Administration approved the flow-diverting device in 2011 after the successful completion of a clinical trial known as PUFS (Pipeline for Uncoilable or Failed Aneurysms). Ringer and his colleagues from six other neurosurgical centersall part of the Endovascular Neurosurgery Research Group (ENRG)opted to continue studying the Pipeline, which is manufactured by ev3/Covidien, to better understand its safety and effectiveness in real-world hospital settings.

"Whenever there is a new device, technology or drug that is undergoing review for FDA approval, the sponsors of the study will select clinical sites that have high-level expertise, that treat many cases of this type very well, and that have the infrastructure necessary to run the study," Ringer said. "The results that come out of these studies, therefore, are the results at the most experienced centers. More importantly, the results are done under the very rigid confines of a clinical trial and are not necessarily reflective of everyday practice."

Investigators from ENRG wanted to know whether outcomes would remain consistently positive after the device was approved and was being used in clinical practice. "We asked this question because there have been instances where an approved device did not perform as well in a real-world setting as it had in a clinical trial leading up to its approval," Ringer says.

In the case of the flow-diverting Pipeline, Ringer continues, the device lived up to expectations. "We tracked the outcomes of patients who had the Pipeline used for aneurysm treatment in standard practice, outside the confines of a study, and we were able to show that the outcomes in fact were quite good."

The study tracked the outcomes of 56 patients treated at the seven centers. Clinicians used an average of two Pipeline devices to treat each aneurysm, and they used coils as well in treating 25 percent of the aneurysms. Of the 19 patients who had a three-month follow-up angiogram, 68 percent had complete, successful occlusion of their aneurysm. The study also reported, in its "most surprising finding," a major complication rate, resulting in permanent disability or death, of 8.5 percent. Four patients with giant aneurysms suffered fatal hemorrhages following their procedure.

"While any adverse outcome is cause for regret, we recognize that these patients had high-risk aneurysms, and other treatment options or observation may have been even riskier," Ringer says. "We will continue watching outcomes as the device becomes more available."

Ringer and his colleagues are using the flow-diversion device to treat three types of brain aneurysms:

  • Saccular or berry, which have a neck at their origin on the main artery and a dome that can expand like a balloon.
  • Wide-necked or fusiform, which do not have a defined neck.
  • Giant, which are more than 2.5 centimeters in diameter.

Standard treatments for brain aneurysms include a surgical procedure called clipping, in which the surgeon opens the skull and places a clip over the aneurysm's neck, and a less invasive, endovascular procedure called coiling, in which the surgeon uses a catheter to deliver and deposit tiny coils into the aneurysm. Another endovascular procedure involves filling the aneurysm with a special glue that hardens.

Wide-necked and giant aneurysms have proven resistant to these treatments, however, because they have no necks that can be clipped and because coils or glue tend not to remain within the aneurysms' open mouths.

The flow-diverting device addresses this problem through the placement of a stent-like scaffold over the healthy artery outside the aneurysm. The scaffold is a tiny braided mesh cylinder, 10 to 35 millimeters long, which is made of platinum and nickel-cobalt alloy.

"When using this treatment we never go inside the aneurysm," Ringer said. "The tightly woven tube creates resistance to the blood flow, causing the blood to continue down the artery along the path of least resistance, causing the aneurysm to eventually clot off, wither and die."

Unlike clipping and coiling procedures, which neutralize blood flow to an aneurysm almost immediately, a flow-diversion device may require weeks or months to neutralize an aneurysm. "But the advantage of the Pipeline is that we don't have to work inside the aneurysm," Ringer said. "And therefore, if the shape, size, or configuration of the aneurysm is such that both surgery and coiling are difficult or dangerous, we have another option."

###



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?


AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert! by contributing institutions or for the use of any information through the EurekAlert! system.


Source: http://www.eurekalert.org/pub_releases/2013-01/uoca-rhc013013.php

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Scientists uncover previously unknown mechanism of memory formation

Scientists uncover previously unknown mechanism of memory formation [ Back to EurekAlert! ] Public release date: 30-Jan-2013
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Contact: Eric Sauter
esauter@scripps.edu
267-337-3859
Scripps Research Institute

JUPITER, FL, January 30, 2013 It takes a lot to make a memory. New proteins have to be synthesized, neuron structures altered. While some of these memory-building mechanisms are known, many are not. Some recent studies have indicated that a unique group of molecules called microRNAs, known to control production of proteins in cells, may play a far more important role in memory formation than previously thought.

Now, a new study by scientists on the Florida campus of The Scripps Research Institute has for the first time confirmed a critical role for microRNAs in the development of memory in the part of the brain called the amygdala, which is involved in emotional memory. The new study found that a specific microRNAmiR-182was deeply involved in memory formation within this brain structure.

"No one had looked at the role of microRNAs in amygdala memory," said Courtney Miller, a TSRI assistant professor who led the study. "And it looks as though miR-182 may be promoting local protein synthesis, helping to support the synapse-specificity of memories."

In the new study, published in the Journal of Neuroscience, the scientists measured the levels of all known microRNAs following an animal model of learning. A microarray analysis, which enables rapid genetic testing on a large scale, showed that more than half of all known microRNAs are expressed in the amygdala. Seven of those microRNAs increased and 32 decreased when learning occurred.

The study found that, of the microRNAs expressed in the brain, miR-182 had one of the lowest levels and these decreased further with learning. Despite these very low levels, its overexpression prevented the formation of memory and led to a decrease in proteins that regulate neuronal plasticity (neurons' ability to adapt) through changes in structure.

These findings suggest that learning-induced suppression of miR-182 is a main supporting factor in the formation of long-term memory in the amagdala, as well as an underappreciated mechanism for regulating protein synthesis during memory consolidation, Miller said.

Further analysis identified miR-182 as a repressor of proteins that control actina major component of the cytoskeleton, the scaffolding that holds cells together.

"We know that memory formation requires changes in dendritic spines on the neurons through regulation of the actin cytoskeleton," Miller said. "When miR-182 is suppressed through learning it halts, at least in part, repression of actin-regulating proteins, so there's a good chance that miR-182 exerts important control over the actin cytoskeleton."

Miller is now interested in whether or not high levels of miR-182 accumulate in the aging brain, something that would help to explain a tendency toward memory loss in the elderly. She also notes that other research has shown that animal models lacking miR-182 had no significant physical or cellular abnormalities, suggesting that miR-182 could be a viable target for drug discovery.

###

The study, "MicroRNA-182 Regulates Amygdala-Dependent Memory Formation," was published in January 23, 2013 issue of The Journal of Neuroscience (33(4):1734-1740; doi:10.1523/JNEUROSCI.2873-12.2013). The first author of the study was Erica M. Griggs of TSRI; Erica J. Young and Gavin Rumbaugh, also of TSRI, were other contributors. For more information on the paper, see http://www.jneurosci.org/content/33/4/1734.abstract

The study was supported by the National Institute of Drug Abuse and the National Institute of Neurological Disorders of the National Institutes of Health (grants R00DA024761 and R01NS064079).



[ Back to EurekAlert! ] [ | E-mail | Share Share ]

?


AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert! by contributing institutions or for the use of any information through the EurekAlert! system.


Scientists uncover previously unknown mechanism of memory formation [ Back to EurekAlert! ] Public release date: 30-Jan-2013
[ | E-mail | Share Share ]

Contact: Eric Sauter
esauter@scripps.edu
267-337-3859
Scripps Research Institute

JUPITER, FL, January 30, 2013 It takes a lot to make a memory. New proteins have to be synthesized, neuron structures altered. While some of these memory-building mechanisms are known, many are not. Some recent studies have indicated that a unique group of molecules called microRNAs, known to control production of proteins in cells, may play a far more important role in memory formation than previously thought.

Now, a new study by scientists on the Florida campus of The Scripps Research Institute has for the first time confirmed a critical role for microRNAs in the development of memory in the part of the brain called the amygdala, which is involved in emotional memory. The new study found that a specific microRNAmiR-182was deeply involved in memory formation within this brain structure.

"No one had looked at the role of microRNAs in amygdala memory," said Courtney Miller, a TSRI assistant professor who led the study. "And it looks as though miR-182 may be promoting local protein synthesis, helping to support the synapse-specificity of memories."

In the new study, published in the Journal of Neuroscience, the scientists measured the levels of all known microRNAs following an animal model of learning. A microarray analysis, which enables rapid genetic testing on a large scale, showed that more than half of all known microRNAs are expressed in the amygdala. Seven of those microRNAs increased and 32 decreased when learning occurred.

The study found that, of the microRNAs expressed in the brain, miR-182 had one of the lowest levels and these decreased further with learning. Despite these very low levels, its overexpression prevented the formation of memory and led to a decrease in proteins that regulate neuronal plasticity (neurons' ability to adapt) through changes in structure.

These findings suggest that learning-induced suppression of miR-182 is a main supporting factor in the formation of long-term memory in the amagdala, as well as an underappreciated mechanism for regulating protein synthesis during memory consolidation, Miller said.

Further analysis identified miR-182 as a repressor of proteins that control actina major component of the cytoskeleton, the scaffolding that holds cells together.

"We know that memory formation requires changes in dendritic spines on the neurons through regulation of the actin cytoskeleton," Miller said. "When miR-182 is suppressed through learning it halts, at least in part, repression of actin-regulating proteins, so there's a good chance that miR-182 exerts important control over the actin cytoskeleton."

Miller is now interested in whether or not high levels of miR-182 accumulate in the aging brain, something that would help to explain a tendency toward memory loss in the elderly. She also notes that other research has shown that animal models lacking miR-182 had no significant physical or cellular abnormalities, suggesting that miR-182 could be a viable target for drug discovery.

###

The study, "MicroRNA-182 Regulates Amygdala-Dependent Memory Formation," was published in January 23, 2013 issue of The Journal of Neuroscience (33(4):1734-1740; doi:10.1523/JNEUROSCI.2873-12.2013). The first author of the study was Erica M. Griggs of TSRI; Erica J. Young and Gavin Rumbaugh, also of TSRI, were other contributors. For more information on the paper, see http://www.jneurosci.org/content/33/4/1734.abstract

The study was supported by the National Institute of Drug Abuse and the National Institute of Neurological Disorders of the National Institutes of Health (grants R00DA024761 and R01NS064079).



[ Back to EurekAlert! ] [ | E-mail | Share Share ]

?


AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert! by contributing institutions or for the use of any information through the EurekAlert! system.


Source: http://www.eurekalert.org/pub_releases/2013-01/sri-sup013013.php

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Wednesday, January 30, 2013

FORECLOSURE NOTICE RANDALL S. MILLER & ASSOCIATES, P.C. MAY BE A DEBT COLLECTOR ATTEMPTING TO COLLECT A...

FORECLOSURE NOTICE RANDALL S. MILLER & ASSOCIATES, P.C. MAY BE A DEBT COLLECTOR ATTEMPTING TO COLLECT A DEBT AND ANY INFORMATION OBTAINED MAY BE USED FOR THAT PURPOSE. IF YOU ARE A MILITARY SERVICEMEMBER ON ACTIVE DUTY NOW OR IN THE PRIOR NINE MONTHS, PLEASE CONTACT OUR OFFICE. Mortgage Sale - Default has been made in the conditions of a certain mortgage made by Saundra Collier, A Single Woman to Mortgage Electronic Registration Systems, Inc. acting solely as nominee for America`s Wholesale Lender, Mortgagee, dated July 28, 2006, and recorded on August 10, 2006, in Liber 45132, Page 1382, Wayne County Records, said mortgage was assigned to THE BANK OF NEW YORK MELLON FKA THE BANK OF NEW YORK, AS TRUSTEE FOR THE CERTIFICATEHOLDERS CWABS, INC., ASSET-BACKED CERTIFICATES, SERIES 2006- 15 by an Assignment of Mortgage dated January 25, 2012 and recorded January 27, 2012 in Liber 49584, Page 1341, on which mortgage there is claimed to be due at the date hereof the sum of Two Hundred Eight Thousand Seven Hundred Seventy-Eight and 05/100 ($208,778.05) including interest at the rate of 10.60000% per annum. Under the power of sale contained in said mortgage and the statute in such case made and provided, notice is hereby given that said mortgage will be foreclosed by a sale of the mortgaged premises, or some part of them, at public venue, at the place of holding the Circuit Court in said Wayne County, where the premises to be sold or some part of them are situated, at 11:00 AM on February 28, 2013 Said premises are situated in the City of Detroit , Wayne County, Michigan, and are described as: Lot(s) 43, B.and A. Nory Subdivision, according to the plat thereof as recorded in Liber 42 of Plats, Page(s)100, Wayne County Records. Commonly known as: 12058 KILBOURNE ST If the property is eventually sold at foreclosure sale, the redemption period will be 6.00 months from the date of sale unless the property is abandoned or used for agricultural purposes. If the property is determined abandoned in accordance with MCL 600.3241 and/or 600.3241a, the redemption period will be 30 days from the date of sale, or 15 days after statutory notice, whichever is later. If the property is presumed to be used for agricultural purposes prior to the date of the foreclosure sale pursuant to MCL 600.3240, the redemption period is 1 year. Pursuant to MCL 600.3278, if the property is sold at a foreclosure sale, the borrower(s) will be held responsible to the person who buys the property at the mortgage foreclosure sale or to the mortgage holder for damaging the property during the redemption period. TO ALL PURCHASERS: The foreclosing mortgagee can rescind the sale. In that event, your damages are, if any, limited solely to the return of the bid amount tendered at sale, plus interest. If you are a tenant in the property, please contact our office as you may have certain rights. Dated: January 30, 2013 Randall S. Miller & Associates, P.C. Attorneys for THE BANK OF NEW YORK MELLON FKA THE BANK OF NEW YORK, AS TRUSTEE FOR THE CERTIFICATEHOLDERS CWABS, INC., ASSET-BACKED CERTIFICATES, SERIES 2006- 15 43252 Woodward Avenue, Suite 180, Bloomfield Hills, MI 48302, (248) 335-9200 Case No. 12MI00255-1

Source: http://heritageclassifieds.kaango.com/ad-foreclosure-notice-randall-s-miller-associates-pc-may-be-a-debt-collector-attempting-to-collect-a/21566133

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Fun and educational Android apps for preschoolers

When I purchased my smartphone, I was very hesitant letting my kids play with it. They slowly wore me down and now I have to sometime fend them off just to use it. The Google Play store is filled with tons of educational games for kids for all ages. My next few articles will cover some of the educational games and apps out there for different age groups available for Android devices. Today?s post is all about games for preschoolers.

Kids Preschool Memory Game is just one of many games from Fun4kids for the Android platform. The paid version of the game unlocks four additional games. This simple game focuses on improving your kid?s matching and memory, and doesn?t include any complicated directions. The buttons are big, bright, and colorful.

The free version allows you to play the bear, bird and fruit levels. The pro version has the chicks, fish, penguin, and duck games. The bear game is a 12-tile matching game with fun objects like trucks, robots, rubber duckies and more. The bird game is an 8 -tile matching game with numbers. The fruit game is an 8-tile matching game with different fruits. When you complete a level, you will be given a score but that is not recorded anywhere. Overall, this is a cute game that little kids can play and work on their memory skills.

Every kid loves to color. Toddler Coloring Book is a easy to use coloring app, and the free version comes with four different pictures: spider, snail, cat, and butterfly. To unlock more pictures, you will need to upgrade to the pro version. This free version doesn?t have any ads, so the whole screen is dedicated to coloring. If parents want to upgrade to the pro version, then they will need to push buttons in the proper order (written on the screen), which is nice way to keep kids from accidentally making in-app purchases.

To color in this game, the preschooler simply picks the color they want to use and taps on the area in the picture they want to fill in. There are two color palettes on each side of the screen, and you can unlock more colors by rating the app or completing an offer from one of their sponsors. If your kid wants to change colors, simply tap the new color and tap where to put it, even over a previously colored spot. They will always color within the lines, too!

Save the Fishes is one of many games from Baby Bus. When you open the app, you will see a bright yellow bus and a signpost, which indicates the age group and signs to different types of games. It was a bit confusing to me and would definitely be for a child. ?Save the Fishes is a game about recognition and quick reflexes. The cute little fish are trapped in bubbles and as they rise to the top of the screen, you need to tap them to free them. You will earn points for freeing the fish.

However, you must avoid releasing ?sharks and jellyfish trapped in bubbles. If you do, you will hear ?ouch.? As you progress in the game, more types of fish appear.

Preschool and Kindergarten Learning Games, developed by Kevin Bradford, is a very popular Android game. The free version of the game comes with three levels, while the pro version provides another six. The three game modes--Basics, Language, and Math--will adequately test your preschoolers skill sets.

After you unlock all nine levels, you will be able to cover: Shapes and Colors, Letters, Counting, Memory, Alphabet, Addition, Puzzles, Spelling, and Subtraction. In Shapes and Colors for 2 years olds, the game gives you four options and then asks you to pick the correct object. The option for your child to visualize and hear is a nice combination for teaching colors and shapes.

These are just a few of the many wonderful games for Android for preschooler to play to help them learn. Are there any particular ones you or your children have enjoyed?

Download the Appolicious Android app

Source: http://www.androidapps.com/education/articles/13173-fun-and-educational-android-apps-for-preschoolers

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Tuesday, January 29, 2013

Open innovation through social media in the idea generation phase ...

Open innovation through social media in the idea generation phase of the design consultancy process. Case company: Case Company X
Oladimeji Joseph Fakayode

Bachelor?s Thesis Degree Programme in International Business November 2012

Abstract Date of presentation Degree programme Author Oladimeji J. Fakayode Group or year of entry GLOBBA ?09 Title of report Number of Crowdsourcing input from end users using social media in the idea pages and generation phase of the design consultancy process. Case number of company: Case Company X appendices pages 79 + 31 Supervisor(s) Jari Luomakoski & Maija Suonp?? In a competitive business environment, innovation among others present companies and organizations the opportunity to differentiate themselves from competitors. While in the past, internal R&D activities of companies could provide the magic required for world class innovation, the fast changing demand of users requires their involvement in the innovation process refered to as open innovation. This paradigm shift from closed innovation to open innovation is applicable at different stages of the design process. Furthermore, the proliferation of digital technology especially in the form of social media and online communities supports this paradigm shift. Social media has not only been utilized for engaging customers and enhancing brand images of companies but also for generating input from end users especially in the business to consumer category. In addition, weak ties such as public creative thinkers or professionals who do not work for such firms in the design consulting process are rarely looked upon for such inputs. Therefore, this study explored social media platforms that enables contribution of input by such creative thinkers, their profile, as well as establish techniques, strategies and processes required to make this function. The entire study was carried out in the second half of year 2012 through a qualitative research method of indepth interviews, video analysis and benchmarking. The selected method was due to the exploratory nature of the research and rarity of materials in the field. The convergence of theoretical concepts and collected data was utilized in establishing different strategies and techniques utilizable in online open innovation. In addition, the result of the study pointed to online open innovation as a new way of producing things as well as the source of new business models for a design consulting firm. Keywords Open innovation, crowdsourcing, social media, online community management, business model, competitive advantage.

Table of contents
1 Introduction .......................................................................................................................... 1 1.1 Background of this study ........................................................................................... 1 1.2 Case company introduction ....................................................................................... 4 1.3 Research problem and objectives .............................................................................. 5 1.4 Key concepts................................................................................................................ 6 1.5 Scope and limitation of the study.............................................................................. 7 2 Theoretical concepts ............................................................................................................ 8 2.1 Open innovation ......................................................................................................... 8 2.2 Crowdsourcing............................................................................................................. 9 2.2.1 Collective intelligence or wisdom of crowd ............................................... 10 2.2.2 Crowd creation .............................................................................................. 11 2.2.3 Crowd voting ................................................................................................. 12 2.2.4 Implicit crowdsourcing ................................................................................. 12 2.2.5 Summary of crowdsourcing techniques ..................................................... 12 2.3 Social Media ............................................................................................................... 13 2.4 Online Community Management............................................................................ 14 2.5 Competitive advantage and Business model generation ...................................... 17 2.6 Relationship between theories ................................................................................. 20 3 Field research design .......................................................................................................... 21 3.1 Research methodology and design .......................................................................... 21 3.2 Research method ....................................................................................................... 22 3.3 Data collection technique ......................................................................................... 24 3.4 Data quality assurance .............................................................................................. 26 3.5 Type of data collected ............................................................................................... 27 3.6 Interviewees and benchmarked platforms ............................................................. 27 3.7 Data analysis and main issues .................................................................................. 29 4 Results .................................................................................................................................. 30 4.1 Type of social media that enables crowdsourcing ................................................ 30 4.2 Strategies, techniques and processes utilizable in online open innovation ........ 30 4.2.1 Categories of open innovation .................................................................... 31

4.2.2 Application of open and closed challenges ................................................ 33 4.2.3 General process of starting a microsite ...................................................... 34 4.2.4 Motivation of people for contribution to open innovation..................... 35 4.2.5 Other Important factors to consider in online open innovation. ........... 38 4.3 Existing profile of people for open innovation in benchmarked B2Bs............. 38 4.4 Acquiring and maintaining online social communities ........................................ 39 4.4.1 General procedures and guidelines ............................................................. 40 4.4.2 Targeted marketing on the social web ........................................................ 40 4.4.3 Customer engagement effort as obtained in benchmarked platforms ... 41 4.4.4 Other collected community engagement features .................................... 45 4.4.5 Internal structure and resources .................................................................. 46 4.5 Competitive benefits and challenges of open innovation .................................... 47 4.5.1 Benefits of open innovation to the current service offering of Case Company X ................................................................................................................ 48 4.5.2 Challenges and keys to mitigating them ..................................................... 50 4.6 Summary of collected information from fieldwork .............................................. 51 5 Key findings and interpretation of results ...................................................................... 53 5.1 Recap on study background..................................................................................... 53 5.2 Type of social media that enables crowdsourcing idea generation ..................... 54 5.3 Strategies, techniques and processes utilizable in online open innovation ........ 55 5.4 Existing profile of people for open innovation in benchmarked B2Bs............. 60 5.5 Acquiring and maintaining online social communities ........................................ 60 5.5.1 Marketing on the social web and customer engagement process ........... 61 5.5.2 Other suggestion for online community building ..................................... 64 5.5.3 Internal structure and resources .................................................................. 65 5.6 Competitive benefits and challenges of open innovation .................................... 66 5.6.1 Competitive benefits: New way of producing things ............................... 66 5.6.2 Challenges of open innovation and how to mitigate them ...................... 69 6 Conclusion & recommendations ..................................................................................... 70 6.1 The use of open and closed challenges .................................................................. 70 6.2 Critical success factors .............................................................................................. 71 6.3 Ethical points of view ............................................................................................... 72

6.4 Research reliability and validity ............................................................................... 73 6.5 Suggestions for development................................................................................... 74 6.6 Assessment of own learning and thesis process ................................................... 75 References ................................................................................................................................ 76 Attachment .............................................................................................................................. 80 Attachment 1. Overlay matrix .......................................................................................... 80 Attachment 2. Profile of experts and video analysis subject ........................................ 82 Attachment 3. Measurement themes/questions ............................................................ 84 Attachment 4. Elements of an open challenge system of open innovation ............... 87 Attachment 5. Challenge process at OpenIDEO .......................................................... 88 Attachment 6. Elements of closed challenge system of open innovation .................. 89 Attachment 7. Design process at OpenIDEO ............................................................... 90 Attachment 8. Types of motivation for open innovation ............................................ 91 Attachment 9. Different elements of a challenge questions ........................................ 92 Attachment 10. Engagement efforts at OpenIDEO .................................................... 93 Attachment 11. Engagement effort at Innocentive ....................................................... 95 Attachment 12. Image showing tip in order to motivate community members ....... 96 Attachment 13. Sample of a site layout at OpenIDEO ................................................ 97 Attachment 14. Sample of challenge display at Innocentive ........................................ 98 Attachment 15. Challenge project room at Innocentive............................................... 99 Attachment 16. Problem solving process at Innocentive ........................................... 100 Attachment 17. Sample Agreement at Ideastorm ........................................................ 101 AAttachment 18. Sample of initial question framing at OpenIDEO ....................... 102 Attachment 19. Business model canvas of the open network system of creating things.................................................................................................................................. 103 Attachment 20. Sample how Innocentive markets its services to clients ................. 104 Attachment 21. Sample business model for the open network ................................. 105

1 Introduction
This part of the study introduces the background to this study, the case company, scope of the thesis and the key concepts covered in the study. 1.1 Background of this study

Marketing, a primary activity in the value chain associated with providing a means by which consumers can purchase a product and influencing them to do so through advertising, promotion, salesforce, quoting, channel selection, channel relations and pricing has evolved over the years (Porter 2004, 40). Recent trends in marketing as indicated in recent articles and publications indicate a shift to digital media in marketing communications and genericization of brands- described as a single brand name dominating a product category. Dominating the shift to digital media is search engine marketing and optimization, influencer management, mobile and tablet, social media such as Facebook, viral and emotional video and internationalization and localization of content. Marketing nowadays is seen from a holistic point of view cutting across different activities of the value chain including service, operations outbound logistics among others. Customer Relationship Management and Communication as a specialization programme at Haaga-Helia University of Applied Sciences approaches marketing similarly. As a consequence, Innovation Management for Global Competitiveness, Creative and Corporate Marketing Communications emerged as part of the core specialization courses studied where social media and innovation became of personal interest to me. Like other companies in the fast changing business environment, Case Company X, customer-centred design firm is faced with numerous business challenges. They include among others, how to be different in the emerging customer experience industry, how to communicate its strategies to clients, how to offer a complete user experience service consulting to clients, how to gather innovation input from the external world, how to utilize the ubiquitous social media for competitive benefit, how to acquire an online community on social media and how to maintain such communities. Filtering 1

the business challenges faced by Case Company X using my specialization and personal interest, the focus of the thesis research began to unfold. The focus was identified as how the company can obtain external input for innovation in order to improve the quality of service offered to its clients as shown in figure 1 below. The figure was modified from the customer involvement stages and purpose of Edvardsson, Gustafsson, Kristensson, Magnusson and Matthing (2006, 6).

Figure 1. Customer involvement stages in service design (adapted from Edvardsson, Gustafsson, Kristensson, Magnusson, & Matthing 2006, 6) While most firms choose to rely on people, companies or labs they already know well for such external inputs which often result in same local search biases that are present in internal problem solving, this study aims at exploiting the strength of weak ties (Howe 2008, 153). Such weak tie in this study is indicated in figure 2 below which includes the end customers of its clients or even ordinary creative thinkers from the general public. Figure 2 below had been drawn by the author of this thesis to describe the different players in this design process. Due to its collaborative nature, social media emerged as the platform to be explored for this purpose. In the interactive process, social media had become a platform for brand monitoring, crisis management, customer service, referrals and recommendations, fostering communities, brand content awareness, targeted deals, offers, product launches and customer input (Edelman, 2012). However, the use of social media in the business to business industries is quite restricted for such purposes and it is mostly used for support activities such as recruitment and networking. This is obviously due to the difference in the decision making structure in B2B compared to B2C markets. 2

As a result, customer input through social media in B2B consultancy became the purpose for which this study will be carried out.

Case company X X

Strong ties

Weak ties

Figure 2. Image describing different players that might exist in the design process In order to get the best out of this study, it aims to focus on utilizing this platform(s) for open innovation in the idea phase of design service as indicated in the figure 3 below but not restricted to this only. Based on the outcome of the field research, there exist possibilities to extend the outcome to include prototyping, testing and usage as these are important service stages of Case Company X.

Figure 3. Customer involvement stages in service design indicating innovation stage as the focus of the study (adapted from Edvardsson, Gustafsson, Kristensson, Magnusson, & Matthing 2006, 6)

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This study therefore covers theoretical concepts in the fields of open innovation, social media, crowdsourcing, competitive advantage and online community management theories and combined with an empirical study, a set of recommendations for Case Company X in building and managing such open innovation platforms were proposed 1.2 Case company introduction

Case Company X is a customer-centred design consulting firm. It brands itself as a company that provides world best customer experiences by helping its clients increase service value for end customers (Case Company X 2012.) Case Company X?s customers are across different sectors such as IT, healthcare, processing, media, industry, public and consumer product sectors. Some of the companies Case Company X works with include Nokia, Rovio, Fifth Element, Sulake, Suunto, KONE, Veikkaus among others. Figure 2 below shows the main services provided by Case Company X. The services are broken into research, design and evaluation. Research services include requirement specification; user persona development; customer feedback analysis; user experience competitor analysis and user experience lifecycle study. (Case Company X 2012)

Figure 4. The service offerings of Case Company X to its clients (Case Company X 2012)

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Its design services include conceptualization, user interface design, visual design, user interface guidelines and service design. Furthermore, Case Company X provides evaluation services such as usability testing, usability expert evaluation, concept evaluation and testing among others. (Case Company X 2012) Case Company X?s direct competitors in Finland include Adage, IDEAN among others. On a global scale, IDEO, the American design consulting giant is also a competitor. Adage?s strategy is slightly different from Case Company X?s because it is more of an evaluation company than one that provides the integrated services of research, design and evaluation. There are many other design and marketing companies that are obviously competitors but Case Company X comes from a different angle of providing fully integrated services to its clients. The competitive advantage of the company compared to competitors lies in its vast portfolio of usability experience and user centred design. 1.3 Research problem and objectives

Customized to the service process of the case company, presented below is the thesis topic: Open innovation through social media in the idea generation phase of the design consultancy process. Case company: Case Company X As described in the introduction, the thesis topic transcends marketing but the central idea is a marketing challenge. Currently in customer centred design consulting, end users are mainly utilized offline in the service process and in restricted stage of the service process. Similarly, social media as a tool for end user input in a B2B consultancy is rather an uncommon phenomenon. Therefore, the problem in this research can simply be described as ?How to obtain end user input at the idea generation phase of the design consulting process and how this can lead to competitive advantage.? In order to cover all aspects of the research problem, the investigative questions below have been developed to divide the research problem into researchable chunks. They include: 5

1. What types of online social media platforms enable crowdsourcing idea generation? (IQ 1) 2. What are strategies, techniques and processes utilizable in online open innovation? (IQ 2) 3. What is the existing people profile for open innovation in benchmarked B2Bs? (IQ 3) 4. How to acquire and maintain these online social communities? (IQ 4) 5. What are the competitive benefits and challenges of open innovation for Case Company X? (IQ 5) 1.4 Key concepts

The key concepts covered in this study include open innovation, social media, online communities, crowdsourcing and competitive advantage. They are deeper discussed in the next chapter but are briefly defined below. Open Innovation Open innovation can be defined as
?the use of purposive inflows and outflows of knowledge to accelerate internal innovation and expand the markets for external use of innovation respectively. Furthermore, it can be described as the antithesis of the traditional vertical integration model where internal research and development (R&D) activities lead to internally developed products that are then distributed by the firm.? (Chesbrough, Vanhawerbeke &West

2006, 1.) Crowdsourcing Crowdsourcing as defined by Sheehan (2010, 107) is ?the ability to gather large group of people around your brand and get them working to develop products and/or solutions.

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Social Media Social media is defined as that which provides the way people share ideas, content, thoughts and relationships online (Scott 2010, 38). Also, Sterne (2012, xvii) defines social media as that which allows anybody to communicate. Online community management Online communities are communities that have their own identities, norms, goals and these goals may be shared with one or more other related communities (Brandtzaeg, Obrist, Geerts & Berg 2010, 2) Competitive advantage Competitive advantage is that which allows a firm to differentiate itself from competitors by being unique at something that might be valued by its clients (Porter 2004, 119). Business model ?A business model describes the rationale of how an organization creates, delivers and captures value?. (Osterwalder & Pigneur 2011, 14). 1.5 Scope and limitation of the study

This part of the study describes the scope of this study. Open Innovation, a rather wide concept would have been too wide for the scope of this study. As a result, the demarcation of the topic has been done by considering just one part of open innovation which is crowdsourcing or co-creation. Another aspect of open innovation as will be seen in description of theoretical concepts could include the use of technology from other firms among others. In addition to this, the demarcation has also been done by considering only certain aspect of the design process. Figure 3 above depicts the stage of the design process that will be considered for democratization in this study. Finally, while this might be applicable to any category of business, this study is focused on low involvement brands such as consulting companies who usually don?t have direct access to the end users of consumer products or services.

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2 Theoretical concepts
The next paragraphs describe the key concepts, theories, models and practices and previous studies covering the theoretical aspects of this study. 2.1 Open innovation

In the competitive business environment, innovation among others offers an opportunity for companies and organizations to differentiate themselves from competitors. While in the past, the internal R&D activities of companies could provide the magic required for world class innovation, the fast changing demand of users requires their involvement in the innovation process. And contrary to the bias found in corporate environments, open innovation, co-creation and user innovation enables organizations to collaborate with the crowd and tap into their collective intelligence. The paradigm of open innovation (Chesbrough, Vanhawerbeke &West 2006, 1) assumes that firms should use both internal and external idea parts to markets in their technological advancement. They further state that open innovation combines internal and external ideas into architecture and systems. Chesbrough et al (2006, 2) also states that open innovation assumes that useful knowledge is widely spread and that capability extent of R&D should not limit the identification, connection and leveraging of external knowledge sources as a core process in innovation. It is however important to bear in mind that the external R&D discussed by Chesbrough extends to patented technologies by other organizations while this study aims to focus only on co-creating with users or user innovation. Based on an earlier project on how people interact and create user-generated content in online communities, Brandtzaeg, Obrist, Geerts & Berg, (2010,1) in their paper on innovation in online communities, predicted that online communities will be a key enabler of novel innovation chains and network. Two years after Brandtzaeg et al. published their paper, Quesenbery and Szuc (2012, 29) utilizes another term related to open innovation and online communities called open network. Open network poses a problem and invite people to contribute ideas or solutions to such problems using 8

their creativity. While it has mostly been used for social innovation purposes in some organizations, some profit making organizations have been able to apply similar concept to their business. Examples include firms like Nokia, Ideo, Toyota among others. This concept is further described in the crowdsourcing section later in this chapter. Furthermore, the question of which category of customer and how to get them involved for this innovation purpose comes into place. Studies of innovation (Jokula 2012, 24) have shown that active participation among innovation processes is frequently taken by lead users, main suppliers and large institutions. These studies have also demonstrated that innovators share their knowledge openly and are often part of communities or network of interactions. They rarely innovate alone, as they tend to be part of teams within communities of their interests in which they interact with their ideas (Brown & Duguid 2000, 31). In this respect, the relationship between the firm and the external environment can play a very important role in shaping innovative performance. This relationship will be further discussed in the online community management of the theoretical framework. 2.2 Crowdsourcing

As seen from the theories of social media and online community management, it requires motivation and carefully laid out technique to get people engaged in online communities. Crowdsourcing, an emerging concept in the online open innovation offers a rich approach and a number of techniques to get users engaged or to obtain input from online community members. Aniket, Chi & Suh (2008, 1) describe that collecting user input is important for many aspects of the design process which requires several techniques and it is expensive. However, crowdsourcing models enable a large number of users to be engaged for low time and monetary costs. There are several definitions that have been coined for the term ?Crowdsourcing? by different authors. Crowdsourcing as defined by Sheehan (2010, 107) is ?the ability to gather a large group of people around your brand and get them working to develop products and/or solutions. Henry Ford would say ?if he had asked people what they wanted, they would have said faster horses.? However, crowdsourcing offers another 9

perspective to that these days. Crowdsourcing can help lead your team to invent the ?ipod? or lead your team in that direction. (Sterne 2010, 196.) Similarly, Crowdsourcing as described by Howe (2008, 280) can occur in different forms including collective intelligence techniques such as crowdcasting; idea jams; prediction markets; collective intelligence improvisation, crowd creation, crowd voting and crowdfunding. Tina Rosenberg (2011, 1) in a New York Times article says ?companies stuck on a problem put it up on the site and offer a cash prize for a solution. About 30 percent of the time, an outsider solves the problem ? often someone who isn?t even in the same field?. For the purpose of this study aimed at a customer-centred design consultancy firm, collective intelligence, crowd creation, crowd voting and implicit crowdsourcing are explored as possible crowdsourcing categories for user innovation purpose. 2.2.1 Collective intelligence or wisdom of crowd Collective intelligence or wisdom of the crowd aims to collect large amounts of information and aggregates it to gain a complete picture of a topic based on the idea that a group of people is often more intelligent than an individual (Howe 2008). Collective intelligence, which utilizes the existing knowledge of the crowd, has been used in three different forms as earlier described. However, only two of them are considered suitable at this stage of the study. Crowdcasting can simply be described as broadcasting a problem to the widest possible audience in the blind hope that someone, somewhere will come up with a solution (Howe 2008, 147). Like an open source, you pose a problem, and someone suddenly pops up saying I have got a solution to that problem. The people you would least expect to solve a problem were exactly the ones most likely to crack it (Scott Page?s diversity trumps ability theorem). This can be traced to historical problem solving process such as the invention of a way to determine longitude on a sailing vessel. After failures at several attempts by the Royal Navy to solve the problem, the British established a prize of 20,000 pounds for someone who is able to come up with the solution. John Harrison, a cabinet maker was able to develop a device for this purpose. The key to making it work is to broadcast a problem or open up an idea collection platform using a massive network like Innocentive?s, an online open innovation platform. Examples of companies that have used such innovative approach include Colgate, P&G, Boeing and Netflix. (Jeff Howe 2008, 153.) 10

On the other hand, ?Idea jams? category of collective intelligence is a customer collaboration technique that does not aim to solve a specific problem but to create solutions to problems that don?t exist yet. It has been pointed out that this is more like an internet-enabled suggestion box making crowdsourcing vastly more effective. This technique has been used at IBM?s innovation jam and Dell?s ideastorm to create new businesses using the power of diversity. (Howe 2008, 159.) Conclusively, social community members can be utilized for solving difficult product or service problems as well as coming up with new product ideas and/or design. 2.2.2 Crowd creation Crowd creation is also often referred to as crowdsourcing creative works. This often consists of sourcing creative projects from a crowd by utilizing the assumption that the crowd possess a great deal of creative energy. (Howe 2008, 281.) Over the years, creative works from the crowd has evolved in the form of user generated content platform like iStockphoto, YouTube, Digg where users or members of a community are relied on as the source of content for the consumption of other members of the same community (Howe 2008, 277). Crowd creation usually involves cultivating a robust community comprising of people with deep and continuous commitment to their craft and to one another. However, traditional compensations can be adopted in crowdsourcing creative works but the social environment usually provides creative works with a great meaning for the invested resources. (Howe 2008, 180-181.) As cited by Howe (2008, 181-182), it is important to pay attention to the caveats that come with the gathering and maintaining an online community as will be later discussed later in section 2.5. Some of them include intellectual property possession, transparency issues and trust. It is also important to pay attention to Bradley Horowitz?s postulation on participatory media- the 1:10:89 rule, which indicates that for every 100 people on a site or community, 1 percent creates something, 10 percent will vote (crowd voting) on what has been created and the rest of the people are there to consume. However if a company is able to mix the ingredients appropriately, the reward can be an invaluable source of creative production for its business. When nar11

rowed down to utilization by a user experience design consulting firm like Case Company X, there exist a possibility to crowdsource product or service design from online communities with certain incentives as a motivating factor. 2.2.3 Crowd voting While collective intelligence utilizes what the crowd knows, crowd voting utilizes the thoughts of the crowd. It utilizes the crowd?s judgement to organize information often the one created by the crowd itself. (Jeff Howe 2008, 281.) It mostly occurs when a website gathers a large group?s opinion and judgement on a certain topic. Examples of firms around the world that have used crowd voting include Threadless, iStockphoto and Dell?s IdeaStorm. iStockphoto allows anyone to upload photo a photo by utilizing crowd creation technique earlier described above. However, a user searching for an excellent image might encounter more than 50,000 images while searching for a perfect fit. Through crowd voting, a collaborative filtering technique that utilizes users? ranking of contributors and number of downloads allows users to find the best images within a short period of time. (Howe 2008, 224-225.) In similar way, online social community members can be utilized for validating new product ideas and/or design and usability testing as might be validated later in this study. 2.2.4 Implicit crowdsourcing This type of crowdsourcing is less obvious and users do not necessarily know they are contributing but can still be very useful in competing tasks. It involves users doing another task while a third party obtains information for another topic based on the user?s action. 2.2.5 Summary of crowdsourcing techniques As a summary, figure 5 below shows the four crowdsourcing types described above that are considered in this study as techniques for open innovation. While it is apparent why these selected categories of crowdsourcing will be adoptable on social media platforms, the field study later discussed in chapter 4 will help justify the what and how of making it work in reality for the case company. 12

Figure 5. Modified cycle showing different crowdsourcing techniques to be considered in this study (Howe 2008, 147-281) 2.3 Social Media

The main channel to be explored in this study is the use of social media as a platform for obtaining end user input. Social media, a media that fosters online community is defined as that which provides the way people share ideas, content, thoughts and relationships online (Scott 2010, 38). Similarly, Sterne (2012, xvii) defines social media as that which allows anybody to communicate. Based on Sterne?s definition, social media has been categorized into six broad categories which include forums and message boards, review and opinion sites, social networks, blogging, microblogging, bookmarking and media sharing. These media have unique characteristics that position them for specific purposes. Similar to traditional communities, the communities formed on social media are distinguished by enabling technology, frequency of interaction, links in or outside the community and the member characteristics. (Brandtzaeg, Obrist, Geerts & Berg 2010, 2)

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For the purpose of this research, the social media categories considered include forums and discussion boards, social networks and micro blogging. McCorvey (2012) wrote that the ability of users to create profiles on social networking sites is what distinguishes them from other social media sites. He further states that this helps set the stage for building relationships with people who share the same interest and activities as opposed to just disseminating information. This among others such as ability to incorporate the earlier mentioned types of crowdsourcing techniques helps justify the consideration of the earlier listed social media categories for obtaining end user input as this will happen among people with similar interest. Other criteria or questions (McCorvey, 2010) necessary to ask in selecting the best social media includes: What are the business needs? What am I using the sites for? Whose attention am I trying to get? Which sites do I want to take on? The field research addressed some of these questions as will be later seen in section 4 of this study. Finally, Brandtzaeg et al (2010, 3) argues that the novelty of utilizing online social communities as a platform for co-creation in the open innovation process is that users are allowed to contribute their creativity and problem solving skills. Social media, which usually comes in the form of online communities, is further addressed in the next section as they both have some common elements in the build-up and management. 2.4 Online Community Management

As earlier stated, online communities have their own identities, norms, goals and these goals may be shared with one or more other related communities (Brandtzaeg, Obrist, Geerts & Berg 2010, 2). However, it requires a systematic process to build and attain the end goal on such communities. For the purpose of this study, community management is divided into two parts: 1. Online community engagement process 2. Building and managing the communities

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In the online community management process, figure 6 describes the steps customers pass through before the end goal is attained (Sterne 2010, 15).

Figure 6. Online community engagement process adapted from Social Media Metrics (Sterne 2010, 15) Awareness, the first step in the process need not necessarily happen in the social media sphere. However, the other four steps should happen on the selected social media platforms. Engagement is described as both when someone cares about your content and interacts with it. Persuasion has to do with people not just engaging with the content but also seeing a positive side and justifying reasons to take action. Conversion is when the final business objective has been achieved which in this case represents when a user contributes to open innovation online. (Sterne 2010, 106.) Weber (2009, 65) focuses on the other aspect which includes building and managing the online communities. This includes the internal process of acquiring the community, internal organizational structure and the relationship between the organization and the end users. ?To avoid the build it and they will come syndrome, you have to do your homework, build a solid foundation for your community and get the dialogue going.

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The internal process can be summarized as shown in figure 7 below: Observe caters for finding the most important places online where people congregate, listening to them and mapping their conversations. Recruitment is about enlisting a group of people who wants to talk about the brand or industry, evaluation is about figuring out where to enter the conversation- blog, own social network or a combination of places, while engaging is about content-how to get them coming back. Measure, promote and improve in order to drive towards the business goal. (Weber 2009, 66&67.)

Figure 7. Steps to marketing on the social web (Weber 2009, 66&67) While the detail of the steps above will not be thoroughly discussed here to keep this study focused, it will be value adding to discuss step two; recruit, a critical and rather not-so-easy to accomplish part of online community building for a business consulting firm that has no direct access to end users. The customer needs a real reason to show up for this purpose and that is where recruitment comes in. Furthermore, only by recruiting and getting ready for community members can the power of social media be harnessed for the purpose of this study (Weber 2009, 79). A study by Compete Inc.

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(Weber 2009, 29) shows that people join online communities to meet people, entertain themselves, learn something new and/or influence others. Weber (2009, 84) further states that it is harder to recruit people for a community involving a low-involvement service- which applies strongly to the case company considered in this study. One way to start building an online community in this category is to set up a microsite for enthusiasts in the industry you operate in as a way to add appeal to an existing site. This will enable members of the community to share or exchange content-video, photos, texts with other members of the community. Preferably, the members of the community should include experts and amateurs from geographical areas of the business to ensure balance of knowledge. The survival of online communities (Brandtzaeg et al 2010, 2) is largely dependent on user motivation and user participation. Content like linked blogs, photos, articles, contests will inspire people to come as well as maintain their presence in the community. Other means to building the community could include search engine optimization, paid search, paid advertisements among others. Finally, McCorvey (2010) addressed some of the most important questions that address internal criteria for successful management: Such questions include who?s going to manage my page? Who has access to my page? In their thesis research which focused on how businesses implement web 2.0, Hirn & Melto (2009, 82 ) concluded that small and medium sized companies were more satisfied when their online communities were built internally as opposed to outsourcing to external firms. They argued that the success of building these communities internally can be related to control over such communities and manageability. 2.5 Competitive advantage and Business model generation

Porter (2004, 119) states that a firm can differentiate itself from competitors if it can be unique at something that might be valued by clients. This differentiation is usually viewed too narrowly by firms along the value chain. Therefore, any activity along the value chain can be a potential source of uniqueness for the firm. The drivers of uniqueness can come from different factors such as policy choices of the firm, linkages 17

within the value chain, supplier linkages, location, interrelationships, integration and scale. Policy choices about activities to perform along the value chain and how to perform them offer some of the most prevalent uniqueness drivers (Porter 2004, 124). Example of such policies includes technology employed in performing an activity, quality of input procured for an activity among others. Utilizing external input using social media for innovation purpose by Case Company X can offer similar uniqueness from input and R&D perspectives. Furthermore, the uniqueness described above can come in the form of a new business model as discovered later in the fieldwork. Therefore it became important to understand in this theory part the concept of business model. ?A business model describes the rationale of how an organization creates, delivers and captures value? (Osterwalder & Pigneur 2011, 14). They further use the nine building blocks mentioned below to describe how businesses can create and capture value. The building block referred to as the business model canvas is shown in attachment 20. The first element of the business model is the customer segment which describes the different groups of people or organization a firm aims to reach and serve. And in relation to the use of open innovation in design consultancy, it is important that the firm understands which customer segment it will be able to offer and capture value from. Such segments can be niches in the market, multi-sided platforms, mass market and diversified. The second element of the business model is the value proposition which describes the bundle of products and services that create value for the identified segments. Value propositions can be disruptive or similar to existing market offers. They often come from identifying opportunities in design, newness, performance, and customization cost reduction among others. (Osterwalder & Pigneur 2011, 20-25.) Next is the delivery channel which describes the way the company will communicate the value proposition and reach its customer segments. There are different channel phases. They include awareness, evaluation, purchase, delivery and after sales. In relation to the study at hand, such channels will include how Case Company X can communicate the value obtained from its online innovation to the customers. Also, differ-

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ent customer segments require different customer relationships. The customer relationship element of the business model describes these types of relationship required to capture value from the clients. Relationships could come in terms of co-creation, automated services, self-service among others. The revenue stream element shows how the company will make money by generating cash from customer. Such cash in this study might be additional value captured from clients for using online open innovation in design process. This type of revenue stream can be classified as brokerage fees charged for facilitating open innovation. (Osterwalder & Pigneur 2011, 21-31.) The other elements of the business model canvas include key resources, key activities, key partners and cost structure required in creating the proposed value. Key resources are the most important assets required to make a business model work. They include people, money and intellectual property among others. Similar to the key resources, the key activities describes the most important actions required to create the value. Activities identifiable at open innovation companies include platform maintenance (Innocentive, 2012). Furthermore, key partnership is another important element of the business model and it describes the collaborative network of people required to create and deliver value. The advantages of such partnerships include risk reduction, business model optimization and resource acquisition. The last but not the least element of the business model is the cost structure and it describes the cost of actually creating value. The cost may come in different structures such as fixed cost, variable cost, economies of scale and economies of scope. (Osterwalder & Pigneur 2011, 38-41.) While the theories explored in this study were pulled together from several trusted sources, there exists an inter-relation of the key concepts which helps provide the basis for the hypotheses that are verified through the field research. The next section provides a pictorial image of this relationship as well as a short description of the relationship without repeating the deeply discussed concepts above.

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2.6

Relationship between theories

Though the relationship between the theoretical concepts has been somewhat discussed while discussing individual theories above, figure 8 below is matrix showing the relationship between the theoretical concepts that are involved in this study.

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Figure 8. Theoretical frame of reference developed by the author Figure 8 clearly shows open innovation as the central idea of this study as a way to gain competitive advantage. Online community management is the theoretical concept supporting the recruitment, engagement, persuasion, conversion and retention of members of the online community. Crowdsourcing indicates the input techniques because social media is being considered unconventionally in this study as a platform for open innovation. As reflected in figure 5 earlier, wisdom of crowd, crowdvoting, crowdsourcing creative works and implicit crowdsourcing all serve as the techniques explored for open innovation. Social media in this case includes social networking site as well as the possibility to create a separate online social media that will enable open innovation. With all happening in the ?social mediasphere?- a combination of several social media platforms, this will amount to competitive benefits in the form of new ways of servicing clients and a completely new business model.

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3 Field research design
This chapter describes the research methodology, research method and data collection technique adopted in this study and justifications for the selected methods. In addition to these, detailed description of data collection process, data analysis method and data quality assurance issues are also covered. 3.1 Research methodology and design Attachment 1 shows the relationship between the research problem, research objectives, the theoretical concepts, research methodology and the expected outcome of the study. The utilization of qualitative methodology in this study has various justifications. Firstly, this study involves the unusual use of emerging social media to crowdsource innovative idea during the service process of a business to business consultancy company. This therefore makes the detail of experience and perception more useful to this study than a quantitative study which focuses on variance (Silverman 2005, 8). However, this does not completely render the use of quantitative approach useless as both research methods aims at generating individual points of view. Moreover, if resources permit, the combination of different research methods can facilitate thorough address of the investigative questions (Silverman 2005, 8). Furthermore, a qualitative study allows the investigators to get closer to the actor?s perspective through the adopted data collection tool (Silverman 2005, 10). This aligns perfectly with Burns & Bush?s (2010, 233) description which state that a qualitative study allows for an in-depth exploration of each respondent?s experiences and perceptions in order to develop a set of hypothetical techniques, processes and recommendations from the research. In addition to the above, while there are a few papers and books encountered on how social media can be a crowdsourcing platform for open innovation, this study provides recommendations to B2B organizations but not restricted to other categories from experiences of leading organizations and thought leaders in the field of study. Lastly, as

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suggested by Silverman (2005, 7) I consider myself, the author of this study more comfortable with a qualitative method than a quantitative one. Using purposive sampling in the selection of cases, this study sought out individuals and settings where the processes being studied are most likely to occur (Silverman 2010, 141). The cases in this study had been selected to cut across both B2B and B2C organizations and experts that have been able to build and crowdsource ideas from online social communities. As earlier mentioned in the previous paragraph, social media and the adoption of the crowd in creation of things, popularly known as web 2.0 is an evolving one. A few individuals and organizations around the world are at the frontend of this while some are lagging behind. Such organizations have been able to apply some of the theories studied in chapter 2 of this study to build online communities using social media and involve the crowd in their value creation process and maximized the advantage presented by this phenomenon. Similarly, while there is access to some of these organizations for qualitative studies via online technologies, some are not reachable. This therefore justifies the utilization of both the emotionalist model (opinions, stories, and perceptions) and constructivist model (existing behaviours) of qualitative studies in the data collection instrument. 3.2 Research method As stated in the earlier subsection, the research design accessed the perception, meaning and behaviours of individuals and organizations that are at the front-end of utilizing this phenomenon. Case documentary analysis (existing behaviour) and Experience surveys (opinions, stories, examples) were chosen as the research methods. Case study analysis is reviewing available information about past situations that has similarities to the current study (Burns & Bush 2012, 146). In addition, case study (Swanborn 2010, 13) also refers to a social phenomenon that focuses on process tracing i.e. describing and explaining social processes existing between persons in the process, people and their values, expectations, opinions, perceptions, resources, controversies, decisions, mutual relations and behaviour. In this study, case analysis has been referred to as benchmarks for congruence with the introductory chapter of this study. This aims to study how phenomena are constructed as indicated by Silverman (2005, 11). On the 22

other hand, experience surveys in this study referred to as expert interviews is the act of gathering information from knowledgeable people on the issues related to the research problem. This was utilized in gathering authentic insights through open-ended interviews from experts in the fields of open innovation, customer-centred design, social media and crowdsourcing. The selected methods are justifiable because in applied research, we try to solve the problems of description and explanation- what is, how and why questions (Swanborn 2010, 33). Specifically, this is related to what platform is most suitable for open innovation, how can the platform be set up and what should be the motivation for the company as well as the contributors. In addition to the design problem, other justifications for the case methods include rarity of the phenomenon at hand and ability to compare actions at the selected cases. However, one of the challenges associated with this approach is that researchers often find it difficult to generate conclusions based on their case studies (Swanborn 2012, 12). This risk posed by this method was mitigated by the analysis of up to 3 cases which enlisted a number of actors in the watch for useful information (Stake 1995, 68). Table 1 below shows the research method and investigative issues that are covered in the study. Table 1. Data collection technique and investigative questions aimed to address Research method Expert Interviews Investigative questions (1) What types of online social media platform enables crowdsourcing idea generation? (2) How to acquire and maintain these online social communities? (3) What are the strategies, techniques, and processes involved in online open innovation? (4) What are the competitive benefits

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and challenges of crowdsourcing for open innovation for Case Company X?

Platform analysis of benchmarked companies

1. What types of online social media platform enables crowdsourcing idea generation? (2) How to acquire and maintain these social communities? (3) What are the techniques, strategies and processes involved in online open innovation? (4) What is the existing people profile for open innovation in benchmarked B2Bs? (5) What are the competitive benefits and challenges of crowdsourcing for open innovation for Case Company X?

3.3

Data collection technique

Qualitative studies are more focused on detail other than scope and they tend to deal with a small number of cases (Silverman 2005, 9). This therefore limited the number of companies studied as well as experts interviewed. At the planning stage of this research, it was planned to combine interview of experts and benchmark across international firms from Finland, The United States of America and other parts of Europe. The collective case analysis approach is utilized where a number of cases are examined in order to investigate generalizable phenomenon (Silverman 2010, 138). The chosen geography was due to accessibility and experience of firms and individuals in this area 24

of study. While most of the companies selected are business to business firms, some business-to-consumer firms are as well included. This is because social media as an open innovation platform has been widely used in the B2C categories compared to B2B and good practices can be applied to this study. Experts, earlier defined as knowledgeable people on the issues relevant to the research problem are divided into 3 main categories. First is an expert in social media and online communities. The others are experts in open innovation techniques and strategies, and experts in usability and design. Experts in usability and design as well as the open innovation are assumed to possess adequate knowledge on how this mechanism could be transformed into competitive benefit for the case company. Attachment 2 shows the profile of the interviewees and the issues covered by the interaction with them. As earlier indicated, responsive interviewing termed as an approach to depth interviewing research (Rubin & Rubin 2005, 30) is one of the instruments used for data collection in this study. There are several characteristics of this model that affected the entire research process. Firstly, this model relied on combining interpretive constructionist philosophy and theory to meet the needs of doing the interview (Rubin & Rubin 2005, 30). For a quick clarification, interpretive constructionist philosophy in research, ?look for specifics and the detailed and try to build an understanding based on those specifics.? (Rubin & Rubin 2005, 28b). The other characteristics of responsive interviewing that affected the build- up of the interview include focus on depth understanding and flexibility in design through the entire process. The interviews were structured to consist of main questions, follow-up questions and probes as indicated by Rubin & Rubin (2005, 129). The main themes were prepared in advance as shown in attachment 3. In depth interviews were planned to be recorded and later transcribed into texts during the analytical process. The flexibility earlier described above was reflected in the modification of questions along the data collection process. As more data were collected, it was important to reduce and shape data collected in order to ensure that all relevant information was obtained. This was achieved by modifying the thematic questions used for every interview conducted.

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On the other hand, data and information from benchmarked companies were collected through desktop analysis of their online platform and guided by the investigative questions allocated to this method in table 1. This serves as the constructionist approach (Objective) aimed at balancing the emotionalist method of in-depth interviewing (Subjective). In addition to this, a video detailing existing behavior and practices at one of the benchmarked companies was combined with the platform analysis. The video consisted of detailed description of the set-up of a similar mechanism at one of the benchmarked companies. The subject of the video is later described as Expert Y. Using multiple data sources comes with its own setbacks but the data collected from different sources converged. Therefore the results were accepted. 3.4 Data quality assurance

There are several measures taken to ensure the quality of the collected data. Firstly, in selecting experts, it was ensured that they had first-hand experience in the covered themes (Rubin & Rubin, 2012, 60). Similarly, experts interviewed had diverse experience covering the different concepts of the study. And where data collected was deemed to be insufficient to ensure richness, other methods were employed to cover missing data. Such is reflected in the usage of benchmarks to obtain information about intellectual property since respondents were unable to give comprehensive responses on how intellectual property could be managed in open innovation. Furthermore, the use of diverse experts with different backgrounds as well as combination with platform analysis and video analysis helped mitigate the risk of imbalance and lack of thoroughness (Rubin & Rubin 2012, 62). The subjective opinions of experts were complemented with more factual documentation of practices at benchmarked platforms. As matter of fact, interviewees were further queried using probing question when they make comments that brought new perspectives or unanticipated ideas. And for accuracy, expert interviews were recorded and later transcribed in order to ensure that details of the interview were captured. In addition to that, notes were taken to make side remarks that helped to understand some statements during analysis. In 26

several cases, the transcripts were read more than two times in order to truly capture the expressions. And to ensure the credibility of collected information especially expert interviews, the measurement questions were framed to emphasize the usage of own experiences and opinions. For example, when an expert cited the usage of externals in her company?s service delivery, follow up questions were asked to clarify if it was from the strong ties of the company or weak ties. (Rubin & Rubin 2012, 65.) Finally, Swarnborn (2010, 36) stipulates that an obvious way to determine the quality of an applied research project is that the result will be usable for the commissioning company which will be verified months from now. 3.5 Type of data collected

As described in the previous chapter, multiple data collection methods were employed in obtaining information required to achieve the objective of this study. The methods were initially planned to include only platform analysis of benchmarked companies and expert interviews in the fields of user experience design, open innovation and online community management. However as mentioned earlier section 3.3, an additional video analysis was added to ensure sufficiency of collected data. More than 20 experts across the world were approached via phone, email and LinkedIn for possible interviews. In the end, 5 experts were interviewed, 3 open innovation platforms were benchmarked and one video analysis was conducted. The data collected were in the form of texts, images and audio recording of experts. 3.6 Interviewees and benchmarked platforms

For the purpose of anonymity, the experts are described in as Expert A, B, C, D and E in attachment 2. Their names or their organizations are not recorded in this report but can be provided in special circumstances. On the average, the time spent interviewing each respondent was about an hour and all interviews were conducted in respondents? company premises. Interviews were conducted using the responsive interview model described earlier in chapter 3. Also, brief summary framework of the study and inter-

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view themes was sent in advance to respondents. During interviews, a mobile recording application was used to tape responses and they were later transcribed into written texts. Each time an interview is completed, it gives me more insight on what how to structure the next interview and what data would be the priority. For example, after the first interview, it was figured out that a study framework was needed so that they would better understand the purpose of the study .As a result, a summary of the study framework was designed and subsequently attached it to the interview themes for every contacted expert. On the other hand, the benchmark platforms are open and are briefly described below for the purpose of familiarity with their services. ?OpenIDEO is a place where people design better, together for social good. It's an online platform for creative thinkers: the veteran designer and the new guy who just signed on, the critic and the MBA, the active participant and the curious lurker.? (OpenIDEO, 2012.)The description above reflects the diversity of the crowd on OpenIDEO?s open network ?Innocentive is the open innovation, crowdsourcing, and prize competition pioneer that enables organizations to solve their key problems by connecting them to diverse sources of innovation including employees, customers, partners, and the world?s largest problem solving marketplace.? (Innocentive, 2012.) As opposed to OpenIDEO, Innocentive combines internal capabilities with input from the open network in solving client?s problems. Ideastorm is a platform for Dell?s customers and fans to submit product ideas they will like to see implemented by the company. Ideastorm is mainly used in the idea phase of the product development as contributors are not mandated to make a prototype of their ideas.

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3.7

Data analysis and main issues

Data analysis cuts across the method in which the data gathe

Source: http://www.crowdsourcing.org/document/open-innovation-through-social-media-in-the-idea-generation-phase-of-the-design-consultancy-process-case-company-case-company-x/23492

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