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iPad Ranks As First Choice For Doctors But IT Still Nervous About Privacy Issues

Healthcare was one of the first fields to adopt the iPad after it launched two years ago. As with other fields, the initial use of the iPad in healthcare came from doctors and other professionals buying their own iPads and bringing them into their practices or along with them on rounds – a move that predated most of today’s BYOD planning.

A recent study of mobile technology in healthcare clearly shows that the iPad is the number one device used by doctors, nurses, and other healthcare workers with significantly greater use than Android or BlackBerry devices or even the iPhone.

“Based on our conversations, they are feeling the pressure from the physicians and staff to support those devices,” Manish Rai, head of industry solutions for Aruba (the company that conducted the study) said of the 130 healthcare IT professionals surveyed.

Overall the study shows the 85% of healthcare organizations allow and support the use of personally owned devices. The iPad is clearly the most common personally owned device with 83% of organizations supporting it. As for other devices:

  • 65% support the iPhone and/or iPod touch
  • 52% support personal BlackBerry devices
  • 46% support some version of Android devices

With physicians and other staff leading the effort for support of personal devices, it isn’t surprising that the iPad is topping the list. The device’s larger screen real estate makes it more useful for accessing data like electronic records, medical images, and reference material. It also makes the iPad a good choice for illustrating conditions and treatments to patients. It also presents less of a barrier to doctor/patient interaction that other electronic devices like laptops – a concern among some bioethicists.

How are mobile devices being used?

  • 58% are using virtualization technology for secure application access (this mirrors the overall high use of Citrix and other VDI solutions in healthcare due to the need compliance HIPPA and other privacy regulations)
  • 8% provide complete access to their hospital network on personal mobile devices outside of a VDI or similar solution
  • 24% provide some form limited access to hospital applications
  • 30% support VOIP calling (video or audio-only) or medical imaging on picture archiving and communication systems

The results definitely show that healthcare IT professionals are willing to support physician needs when it comes to mobile device, but that their is a distinct concern for data security and privacy – not surprising given the regulatory issues when it comes to healthcare.

See Full Article (Cult of Mac): Here

Encouraging Distraction? Classroom Experiments with iPads

[This is a guest post by Jason Farman, the author of Mobile Interface Theory: Embodied Space and Locative Media. He is an Assistant Professor of American Studies and Distinguished Faculty Fellow at theUniversity of Maryland, College Park. His website is http://www.jasonfarman.com and he can be found on Twitter at @farman.--@jbj]

iMage via ProfHacker

The University of Maryland, similar to many colleges and universities in the last couple of years, has made headlines for handing out iPads to students. The University has given iPads to all those accepted into its Digital Cultures and Creativity Program over the last two years. The idea behind giving the students iPads was that they would have a common platform through which they could engage digital objects, data, and other forms of online content.

The iPad in a Living/Learning Community

When I was hired to help launch this living and learning program (where all the students live in the same dorm and take classes in that building with their cohort), I was extremely skeptical about the iPad as an effective classroom tool. I kept thinking of a satirical image I had seen on a tech blog with the headline, “What’s Really Inside the iPad.” The cover is lifted off of the iPad to unveil its intricate inner mechanisms only to reveal that an iPhone is running everything.

But if the iPad had simply been an overgrown iPhone, I think I might know what to do with it in the classroom. In fact, when I was hired, I was initially told that the students would be receiving iPhones or iPod Touch devices. I was elated. This worked right in line with my ongoing research on mobile phone culture.

A couple of months after I was hired, I got an email saying, “Great news! The students are getting iPads instead of iPhones!” Rather than elation, I felt disappointment. How was I going to incorporate a tablet computer like the iPad? I had never owned a tablet and had received a first generation iPad only about a month before I started teaching.

The challenge, for me, was to figure out what practices the iPad promoted that were more dynamic than simply using non-digital tools like pen and paper. Like many ProfHacker writers, I think the best place to start when thinking about incorporating technology into the classroom is by asking the question, “What is the right tool for this particular job?” Sometimes it’s a digital tool and sometimes it’s not. But when we force a digital tool into a classroom scenario where it isn’t the best one for the job, students are extremely quick to pick up on this “tech for tech’s sake” implementation.

However, as I began the semester teaching a small class of 17 honors students, I still was unprepared for how to incorporate the iPad in a way that took full advantage of its capabilities. So, I simply decided to try out every conceivable way of using the iPad that I could think of. This classroom would be a laboratory to see what the iPad could do well and to discover areas where it fell short for classroom use.

When all was said and done, we experimented with using the iPad for a Twitter backchannel, site-specific quizzes, participatory surveillance, location-based gaming, and locative storytelling projects.

Twitter Backchannels and Student Attention

One of the first things I had my students do is to download a Twitter app so they could interact with each other during lecture on that platform. Students created a “Twitter backchannel” that allowed them to post messages that were read in real time by the other students. I required that they do this at least once during the lecture. In their tweets, they could respond to something I said, a comment a student raised in class, or a comment that a student raised on the backchannel. Outside of the classroom, I also had the students offer a response to one of the week’s readings on Twitter before each class session. This meant that for my Tuesday/Thursday class, students had to tweet four times a week.

Mark Sample, along with other ProfHacker contributors, has offered fantastic advice onincorporating Twitter into the classroom and creating backchannels. Twitter is by no means a mobile-only application, but I have found that Twitter is particularly well suited for interactions on a mobile device. The brevity of the messages works well with texting culture and can be implemented on any mobile device. This brevity also offers students a sense of low-cost/high-reward for classroom interactions. Since responding to readings and lecture can be done quickly with only a sentence or two, I have received nearly a 100% response rate each time I’ve used Twitter in the classroom since 2007. My students using the iPads had a 91% response rate using Twitter, some responding as much as 130% more than required.

At the end of my first day, one of my students posted to the Twitter backchannel: “This is certainly the first class I’ve taken where we are encouraged to be distracted by mobile devices.” For me, it was fascinating to speak in front of the classroom on a topic, see the students with their heads buried in their iPads, and occasionally have my lecture interrupted by collective laughter on something said on the backchannel.

Thus, one of the immediate issues of using a tool like the iPad in this way during the class session is the problem of competing spaces of attention. Students engage the Twitter discussion happening and students engage the in-class discussion. But the prevailing idea has been that they cannot effectively do both. So, essentially, it seems like I was requiring that my students be distracted during the class.

The topic of multitasking in the classroom is something that is thoughtfully covered in Cathy Davidson’s book, Now You See It: How the Brain Science of Attention Will Transform the Way We Live, Work, and Learn. From Davidsons’s perspective, multitasking takes on many forms and must be understood within a wide range of contexts. If monotasking was the key to being effective at a task in the 20th Century, then understanding multitasking is the key to success in the 21st Century. Part of that understanding must come in getting rid of the notion that “multitasking” is a single category that describes very diverse and complex activities.

Multitasking and distraction is a topic that I’ve been particularly devoted to, primarily because mobile devices have received some of the harshest criticism for distracting and disconnecting us from “real” engagement. The topic of distraction (couched in terms like “absent presence”) is something I bring up in my recent book, Mobile Interface Theory: Embodied Space and Locative Media. My discussion of this topic is meant to challenge the recent work done by people like Sherry Turkle (Alone Together) and William Powers (Hamlet’s Blackberry), who both argue that, as Powers puts it: “[A]lthough we think of our screens as productivity tools, they actually undermine the serial focus that’s the essence of true productivity. And the faster and more intense our connectedness becomes, the further we move away from that ideal. Digital busyness is the enemy of depth.”

My work in the area of mobile technology and my experience using mobile devices in the classroom gives me some strong reservations with the idea that our devices are luring us away from a deep connection with each other and with our spaces. While our device can and do pull us away from a deep engagement with people and spaces, this doesn’t have to be the default mode for the ways we use our mobile media. Instead, if used in a dynamic way that addresses the medium’s strengths, mobile media can actually get us to engage with each other and with the spaces we move through in deep, meaningful, and context-rich ways.

Let me offer some examples that were motivated by a key question in my research: “How can our mobile devices encourage deep engagement rather than distraction and disconnection?” I wanted to find a way for students to meaningfully engage with each other and with the space of the university campus with their iPads.

See Full Article (The Chronicle of Higher Ed/ProfHacker): Here

U.S. teens triple mobile data usage year-over-year

Teens have officially joined the mobileData Tsunami, more than tripling mobile data consumption in the past year while maintaining their stronghold as the leading message senders. Using recent data from monthly cell phone bills of 65,000+ mobile subscribers who volunteered to participate in the research, Nielsen analyzed mobile usage trends among teens in the United States. In the third quarter of 2011, teens age 13-17 used an average of 320 MB of data per month on their phones, increasing 256 percent over last year and growing at a rate faster than any other age group. Much of this activity is driven by teen males, who took in 382 MB per month while females used 266 MB.

 

Nielsen: Monthly data usage by age Q310 vs. Q311

Messaging remains the centerpiece of mobile teen behavior. The number of messages exchanged monthly (SMS and MMS) hit 3,417 per teen in Q3 2011, averaging seven messages per waking hour. Teen females are holding the messaging front, sending and receiving 3,952 messages per month versus 2,815 from males. Aside from messaging, data heavy activities such as mobile internet, social networking, email, app downloads, and app usage are the most popular mobile activities.

Nielsen: Average number of messages exchanged per month Q311

Teens are not focused on making calls via their mobile phones. Voice usage has declined the most among this group, from an average of 685 minutes to 572 minutes. When surveyed, the top three reasons teens said that they prefer messaging to calling was because it is faster (22 percent), easier (21 percent), and more fun (18 percent).

See full Article (MacDailyNews): Here

Apple’s iDomination (infographic)

And it’s only been 4 years!


Apple: iTunes U tops 600 million downloads

In researching my recent story, iTunes U: Educating the world, Apple provided me with some updated figures for its free education portal on iTunes.

According to Apple, iTunes U has had more than 600 million downloads since it first launched in 2007. What’s even more impressive is that they’ve had more than 300 million in the last year alone — a testament to the growing popularity of the service.

Currently, iTunes U boasts more than 1,000 universities with active accounts. Schools contributing to the program range from big to small and include some of the world’s most prestigious institutions like Harvard, MIT, Cambridge, Oxford, University of Melbourne and University of Tokyo.

As you would expect, a number of universities have a large amount of downloads. Emory University, Harrisburg Area Community College, Ludwig Maxmillians University (Germany) and Oxford University have all surpassed 10 million downloads on iTunes U. Yale University, MIT, University of California Berkeley and University of South Florida have more than 20 million downloads.

Topping the list of universities in downloads are Open University and Stanford University, each with more than 30 million downloads.

While many of us think of iTunes U as being a part of the desktop experience, 30 percent of iTunes U traffic comes from iOS devices.

See Full Article (The Loop): Here

 

iPads Deployed At University Of Northern Kentucky

Another successful iPad deployment has been announced, this one at the University of Northern Kentucky (http://eloc.nku.edu/). They are one of the few Masters programs in the U.S. that are using all iPads for their courses.

Incoming students in the Northern Kentucky University Master of Science in Executive Leadership and Organizational Change (ELOC) program this fall will be the first cohort group (and NKU students) to receive iPads for use in the classroom.

The move is part of NKU’s continued efforts to provide emerging mobile technologies that accommodate student expectations related to an anytime, anyplace teaching-learning process.

“Forward-thinking schools are focusing on e-learning,” says Dr. Kenneth Rhee, director of the ELOC program within NKU’s Department of Management. “We want to be at the front edge. There is a lot of potential for what this can do.”

Each iPad, which is included in the ELOC program tuition, will be pre-loaded with program materials including resources created by the NKU Office of Information Technology such as iNKU (NKU’s mobile app), enhanced collaboration applications and applications that can be used as supplemental study aids.

“We hope our students incorporate this new technology not only into their school lives but also into their work and personal lives,” says Dr. Tracey Sigler, chair and associate professor of management. “It is all about adaptability.”

The NKU Office of Information Technology is working with the ELOC program to create customized applications that can be used in its program, and applications that can be leveraged for the rest of the university.

“We are supporting iPads to facilitate the learning experience in and out of the classroom,” said Tim Ferguson, NKU CIO. “Students want the ability to access materials anytime, anywhere. These applications will enhance faculty and student interactions as well as students’ interactions with one another, and students’ options for studying, taking notes and more.”

The ELOC program’s use of the iPad also aligns with NKU green initiatives.

“We used to print out handouts. Now, students can use their iPads,” says Rhee. “It is a paradigm shifter.”

See Full Article (MacTech): Here

 

IPad-Powered Mass Transit Kiosks Catch A Ride On Charleston Trolleys

Slicker Interactive (http://www.slicker.com) and Charleston (South Carolina) Area Regional Transportation Authority (CARTA) have launched the first iPad-powered mobile kiosk that gives CARTA riders a whole new perspective of Charleston.

Image via Slicker Interactive

The kiosks — installed on all 12 trolleys servicing the Carta Dash routes – allow bus riders to interact with and search Slicker’s City Slicker app. The app provides users with information about cultural sites and businesses. In addition to the interactive kiosk, the iPad powers a flat-screen monitor that displays videos and images of establishments the bus is approaching.

One of the champions and primary backers of the new kiosks has been Charleston Mayor Joe Riley. “I am pleased to announce that Charleston is the first city in the world to benefit from City Slicker’s brand new technology,” he says. “There is so much content and useful information, it will be a tremendous help and first class guide for anyone traveling in our city. The additional attraction of City Slicker is sure to be a critical step towards increasing mass transit ridership.”

See Full Article (MacTech): Here

 

WSJ: Sprint to Get iPhone 5

Sprint Nextel Corp. will begin selling the iPhone 5 in mid-October, people familiar with the matter said, closing a huge hole in the No. 3 U.S. carrier’s lineup and giving Apple Inc. another channel for selling its popular phone.

The timing, however, indicates Apple’s new iPhone will hit the market later than expected and too late to contribute to sales in the company’s fiscal fourth quarter, which ends in September. Most observers had expected the device to arrive next month.

Top U.S. carrier Verizon Wireless and No. 2 AT&T Inc. will begin selling the phone in mid-October as well, two of the people said. Sprint had more than 52 million subscribers at the end of the second quarter, compared with 106 million for Verizon and nearly 99 million for AT&T.

Landing the iPhone is a big win for Sprint, whose results have suffered without being able to sell the iconic device. This February, Verizon Wireless began selling the iPhone 4, while AT&T has relied on versions of the Apple device to drive sales since 2007.

In the second quarter, Sprint blamed a decline in its contract subscribers on more pronounced “competitive head winds,” most prominently, “the first full quarter both major competitors offered the iPhone.”

Sprint will also carry the iPhone 4, starting at the same time, one person familiar with the situation said.

Richard Doherty, director of the research firm Envisioneering Group, said that the addition of the iPhone would help Sprint to retain many of its customers who want to upgrade to the popular device. The iPhone will also increase foot traffic in Sprint stores, which should help the company to sell high-margin iPhone accessories.

“Sprint needs it,” said Mr. Doherty. “There are a lot of families that will embrace the iPhone.”

The cellphone business is increasingly driven by hot smartphones, which are growing more sophisticated and expensive. Apple commanded an average of more than $650 apiece for its iPhones last quarter. Carriers subsidize the difference between that cost and the phone’s $199 or $299 retail price, hoping to make up the difference with the data plans they sell over the course of two-year contracts customers must sign to get the subsidy.

Apple created additional leverage for itself by signing exclusive deals when it first launched the iPhone in 2007. In recent years, the company has changed strategy, inking deals with multiple carriers in countries around the world.

The new iPhone is expected to be similar to the current iPhone 4, but thinner and lighter with an improved digital camera and a new more sophisticated operating system.

Apple said in June that a new version of its mobile operating system would be available this fall, leading many analysts to conclude that an upgraded iPhone would be introduced at the same time. On a July earnings conference call, Apple Chief Financial Officer Peter Oppenheimer said the company’s September quarter would be affected by “a future product transition that we are not going to talk about today,” increasing anticipation.

While Apple unveiled the iPhone 4 at its June developers’ conference last year, its successor wasn’t ready in time for this year, according to a person briefed on Apple’s product plans. The company then aimed to launch a new iPhone by the end of September, though two people familiar with the situation previously told The Wall Street Journal that the phone could be delayed again if its contract manufacturer couldn’t improve its production yield rate.

See Full Article (Wall Street Journal): Here

Apple Building Cheaper 8GB iPhone 4, End of September Launch alongside iPhone 5

Reuters revives rumors that Apple is building a lower priced 8GB version of the iPhone 4 to launch this fall. Reuters cites “two people with knowledge of the matter”.

The flash drive for the 8GB iPhone 4 is being manufactured by a Korean company, one of the people said on Tuesday, declining to name the company. Apple currently sources its flash drives from Japan’s Toshiba and South Korea’s Samsung Electronics.

In addition to this low cost iPhone 4, Apple is also said to be targeting “an end of September” launch for the iPhone 5. This new iPhone 5 will reportedly look “largely identical” to the iPhone 4, but have a bigger touch screen, better antenna and an 8-megapixel camera. This contradicts many of the early case designs that have shown a dramatically different form factor.

This news comes at an interesting time, as we’ve been hearing more from suppliers and seeing leaked parts appear on the web. In addition to the battery prototype photo, UK repair shop iPatchiPods had also told us that their suppliers had also relayed that there would be two such models: a less expensive iPhone 4, as well as the expected iPhone 5. Due to the simultaneous development, there could be some confusion with regard to parts appearing on the net. While many are claimed to be for the iPhone 5, there may be some that are intended for this low-cost iPhone 4. In one example, the back camera part that leaked yesterday was found to be a 5 megapixel part, not an 8 megapixel part as rumored. It’s possible the part could be intended for this cheaper iPhone 4.

See full Article (MacRumors): Here

 

Apple iPhone shipments could approach 100 million this year

Apple has placed orders with its manufacturing partners for as many as 26 million iPhone 5 handsets in the second half of 2011 as it prepares for a massive launch this fall. In addition to Apple’s iPhone 3GS and iPhone 4 models, this could bring the vendor’s second-half iPhone shipments up to 56 million units, DigiTimes reported on Monday. Tack that massive figure onto the 18.65 million iPhones Apple shipped in the fiscal second quarter and the 20.34 million units shipped in the fiscal third quarter, and Apple could potentially ship just under 100 million iPhone handsets this year. Apple is expected to unveil at least one new iPhone model in the coming weeks, which will then go on sale in late September or early October.

See full Article (BoyGenius): Here