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But those schools and classrooms that have embraced mobile devices have seen them as a catalyst for change in teaching, learning, and assessment, says Julie Evans, the chief executive officer of the Irvine, Calif.-based Project Tomorrow, a national education nonprofit group that promotes technology use in the classroom. "The access of having a [mobile] device in your hand changes the way that classroom environment feels," she says. "Students are walking around with the devices, doing things to get them out of the structured environment of the traditional school."

5 key trends for the future of education In this, my last post here about the conference, I want to give a quick overview of five trends which jumped out at me. These were mentioned by several speakers during the conference: Openness - This has been going on for a while, but there's a real drive towards open access for academic research in particular.There is a feeling that education and public services should be open and transparent. Greater insight into the knowledge creation process - This is similar to openness but pertains to the creation of articles, books and other material. It's not just the output that should be shared, but the context of how it was put together. Mobile learning. - The big movement at the moment outside the conference is BYOD (Bring Your Own Device) but the focus at Mobility Shifts was upon mobile for ubiquitous learning. It's not so much about the mobility of the device but the multiple ways in which the learner is mobile. Alternative forms of assessment - This is a big one with Mozilla's Open Badges leading the way. Because assessment often drives the structure of learning, this is key. Rethinking the classroom environment - This goes hand-in-hand with the curricula redesign necessitated by alternative forms of assessment. How should we build new (or reorganise existing) classrooms?

What about Web 3.0? So, that’s a very brief description of the shift to Web 2.0, but what about Web 3.0? Does there have to be one? Is it already here? I’ve heard quite a few people speculating about Web 3.0. At one point, when virtual worlds such as Second Life were all the rage, it was being described as Web 3.D and many were predicting that the web would become a 3 dimensional space that we would fly around using our virtual avatars. Others have described Web 3.0 as the ‘semantic web’. The development of semantic web standards was designed to help computers ‘understand’ and read web pages and make connections between them. This would dramatically improve the effectiveness of search engines and help people to access web based information more effectively. One of the most recent predictions is that with the drastic growth of internet able hand-held devices such as phones, gaming consoles and tablet devices Web 3.0 will be all about ‘the mobile web’.

Augmented reality is a kind of fusion between our existing physical reality and the internet.

What it means in reality is that mobile devices, will help us to access information from the internet which is specific to our physical location and proximity to real world objects places and even people. Check out mobile apps from Gowalla and Foursquare for examples of this.

95 percent of Americans between the ages of 18 and 29 use the Internet? And all of this is happening while we are in the midst of an explosive rise in mobile technology.

Access to richer graphics and data, as well as superior tools, is still limited on many affordable mobiles. At the same time, many schools continue to demonize cell phone use during school, which may be an outdated policy. Not only are there an increasing number of educational applications for mobiles but, as Blake-Plock suggests, prohibiting phones now means "disconnecting the kid from what's actually happening in most of our lives."

In 2009, the FCC began developing the National Broadband Plan, a work-in-progress that aims to increase broadband access across the country by providing additional infrastructure, incentives for companies to create low-cost access, educational programs, and much more.

I am sure that there are a few of you at this moment who really want to rage against the concept that we need an outboard brain. I get it, you have lived a lot of your life without the need. The problem is we have them now, and we are quickly raising a generation that is integrating with these devices, and the massive information source that is the Internet that comes along with them. Game over.

ow I want more. I want a brain computer interface so I don’t need to type and can work at the speed of thought. I want the screen projected on my retina so I do not have to carry around 15” devices just to gain information. I want to build rules based rivers of information that flow to me automatically when I need them. I want my outboard brain to offload everything that is not uniquely human so I can spend my brainpower on building good relationships, creativity and innovation. I want to focus more on the spiritual side of life, and the family and friends around me. Instead of dragging me away from them, I want it to be sophisticated enough that it frees me from many of the tasks I do today that take up time.

t doesn’t take a great quarterback rating to win games; it takes a team effort. Have the elected officials in Austin m

Henry Jenkins COMM 202 Introduction to Communications Technology This course is intended as an introduction to the ways new and emerging communications technologies impact our culture. While the primary focus will be on digital and mobile technologies and practices (contemporary new media), the course will also consider a range of older media when they were new - including print culture, cinema, television, recorded sound, photography, and the telephone. The course is divided into three broad units: Understanding Technological Change is intended to offer broad conceptual frameworks for thinking about the relations between technology and culture. Reinventing... takes as its starting point the ways that the emergence of digital, networked, and mobile communications technology has impacted pre-existing media forms. Rethinking... examines a range of institutions and practices as they are re-imagined in response to the introduction of new communications technologies. Taken as a whole, this class will introduce students to: Core issues concerning the study of communications technologies The process of media in transition The ways that new media impact existing media and institutions Core digital platforms (YouTube, Facebook, Wikipedia, Twitter, eBay, Flickr, Second Life, etc.) and the ways they are reshaping our everyday lives.

Discovery’s Techbook series is cloud-based, meaning students can access the materials from wherever they have an internet connection; the company says that’s because not all school districts have the funds to give every student his or her own device. The Techbooks are also platform-agnostic to work with whatever hardware a district or student might have—iPads, tablets, mobile devices, laptops, or desktops.

The first two components of EI are self-awareness and self-regulation—basically how to lead yourself. Mastering your own world comes before leading others. To be self-disciplined, to have the ability to stay focused on goals, and being able to manage stress well—these come out of those two. You have to mobilize your discipline and a positive belief system to keep going when things get tough. Then there is empathy, or social awareness and relationship skills. You have to be aware to what another is feeling. You have to tune out a range of emotions to sense what another is going through. Full empathy is absolutely crucial for leadership. Without empathy you will be poor at managing relationships.

The really big question, how do we ensure equity? Have students with their own devices bring them. There are more students who have them than we think, and if the case is made that students are benefiting from the learning, more families will invest in the mobile technology for school and home.  If parents can be assured that an investment in Grade 4 will carry their child through for four-to-six years with their learning, many will make this choice.  I am often stunned by families that buy their child a cell phone, but don’t have a computer.  I am also quite comfortable in saying that if they are investing in a cell phone and not a computer there are better options to support their child’s learning.  We need to help guide families with what technology will have the greatest impact in supporting their child’s learning.  Of course, not all students will supply a computer up front, this could range from a few students to the entire class depending on the school or district.  The second option would be a lease-to-own option for students. There are a number of options available with price points around $20 per month.  This picks up on the cell phone argument, and a more affordable device with more value for student learning.  Families could be assured their child would be getting a device that would be ideal for learning for a number of years, and could be used at school and home.  Finally, there are  students that, for many reasons (financial and otherwise) won’t embrace the first two options.  We need to find ways to supply these students with a comparable technology to use at school.  Many schools have class sets of laptops that could be repurposed for this project; in other cases investments will need to be made.  The challenge is that the investments will be uneven (and this is difficult to do) with some schools requiring a greater percentage of investment than others.

We need to move to a customized and collaborative model that embraces 21st century learning technology and techniques.  This is not about technology per se – it’s about a change in the relationship between the student and teacher in the learning process.

So Portugal launched the biggest program in the world to equip every child in the country with a laptop and access to the web and the world of collaborative learning. To pay for it, Portugal tapped into both government funds and money from mobile operators who were granted 3G licenses. That subsidized the sale of one million ultra-cheap laptops to teachers, school children, and adult learners. Here’s how it works: If you’re a teacher or a student, you can buy a laptop for 150 Euros (U.S. $207). You also get a discounted rate for broadband Internet access, wired or wireless. Low income students get an even bigger discount, and connected laptops are free or virtually free for the poorest kids. For the youngest students in Grades 1 to 4, the laptop/Internet access deal is even cheaper — 50 Euros for those who can pay; free for those who can’t. That’s only the start: Portugal has invested 400 million Euros to makes sure each classroom has access to the Internet. Just about every classroom in the public system now has an interactive smart board, instead of the old fashioned blackboard.

Almost half of all content consumers surveyed by Technorati trust traditional media sources less than they did five years ago

Equally interesting is the fact that almost 50% of content consumers surveyed by Technorati trust the content that they’re finding on blogs—a number that rivals the 60% of content consumers who trust the content they find in print newspapers, television broadcasts and radio programming.

60% of all bloggers surveyed spend between 1 and 3 hours per week working on their blogs—and the average blogger posts new content to their site 2-3 times per week.

“The PC-centric era is over,” the IDC report says. Within 18 months, it forecasts, non-PC devices capable of running software applications will outsell PCs. In tablets, IDC adds, Apple’s iPad will remain the leader, but lower-cost tablets will begin making inroads, especially as demand for tablets really takes off in emerging markets.