Group items tagged

in response to Jen Lavalle's post about games having to go cross-platform to survive. Adobe, makes of the Flash platform, have announced they are stopping further development of the plugin for mobile devices. They are instead now going to focus on open standards (like HTML5), to allow content to be viewed on all modern devices (mobile and computers) with no plug in required. They will also focus on tools to allow developers to push content speciically to the app stores of today's most popular mobile devices. This is a good & bad sign for app developers who use Flash (lots of them, it's been an industry standard for years. Flash has suffered from terrible performance on mobile devices, so it's good to see Adobe acknowledging the need to do something different for their mobile strategy. But what this means for the tools developers will (need to learn to) use? TBD...

another article, in the NYT, on scratch and alice 

A former Apple interface designer critiques Microsoft's 'Productivity Future Vision (2011)' video that has been spreading on the web (and a couple of you have shared here on Diigo).  The Apple guru's biggest gripe? Microsoft portrays a future dominated by single finger interaction with touch-enabled devices. But we are already seeing more elaborate Human-Computer interaction involving more of  our bodies and communication modes-- full body (Kinect, Microsoft), and voice & hearing (Siri, Apple). Mr. Victor says that Microsoft's vision wasn't as revolutionary as it seems.

I agree with the author on Microsoft's lack of vision about future technologies (which I also ranted about on facebook). At the same time, we have to note that Microsoft currently has devices that enable 'full body' communication and Apple does not. And their latest wonder 'Siri' was acquired, not developed internally. I respect Apple for their innovations but we haven't seen any 'vision' from Apple yet and I am curious to know what they might be thinking.

In line with this past week's lecture on AI and computers attempting to capture human-like learning. This work my MIT researchers is trying to replicate 'plasticity' in our learning - how our brain neurons adapt to new info, creating new connections.

This article discusses some tech careers and locations of these opportunities. "The results are clear. Mobile computing, cloud computing, social business, and business analytics have gone beyond niche status and are now part of any modern organization's core IT focus," said IBM's Jim Corgel, general manager of ISV and Developer Relations. "IT professionals who can develop the skills needed to work across these technologies will be ready to meet growing business demand in the coming years."

An update on the happenings (and future) of the $35 Aakash tablet, and the fast-growing demand for the upcoming Rasperry Pi minimalist computer intended for education and mass-production

"As the session continued, Lindquist gestured, pointed, made eye contact, modulated her voice. "Cruising!" she exclaimed, after the student answered three questions in a row correctly. "Did you see how I had to stop and think?" she inquired, modeling how to solve a problem. "I can see you're getting tired," she commented sympathetically near the end of the session. How could a computer program ever approximate this? "

Thanks to Dr. Dede for inviting Neil Heffernan to speak to our class a while back. Great to see Dr. Heffernan's work being covered in the press.

Articles gets into the details of how the tech is designed. I'm more interested in the implication of touch screens that are flexible and thus potentially made more ubiquitous than we can currently imagine. Like in the Microsoft video, what if every surface we interact with is a digital portal? What implications not only for technology, but all forms of human action and interaction?

Make your own computer kits. Curious how similar or dissimilar these are to MaKeY MaKey

We brought in Bootstrap to teach computer programming to elementary students in the after-school and summer programs run by my community school. Would be interested in comparing their approach with Scratch's

A demographic survey of 200,000 students conducted last fall by Coursera. The average age of a Coursera student: 37.

Background on Augmented Reality. Reading for 9/14.

Using computer games as well as interactive visuals in the classroom, students are taught fractions, equations, comparisons and other math processes. Later, they learn the vocabulary and symbols that go with the subject matter. It's a high-tech version of the paper money and metal coins that instructors have long used to teach about currency.

Free 3D programming originally intended to help peak middle school girls' interest in computer programming. Eerily addictive. I spend all last night creating my own park.

Here are just a few topics that we will cover… 1. Brain-machine interfaces to control computers, exoskeletons, robots, and other devices with thought alone; 2. Mind-reading devices that will project the conscious contents of one's brain onto a screen as if it was a movie; 3. Devices to enhance intellectual ability and to increase concentration; 4. Devices to enhance creativity and insight; 5. Mechanisms to upload the mind to a machine, thus preserving it from bodily decay and bodily death.

"Leading the computer camp is Nicholas Negroponte of MIT, the man behind the $100 laptop. He and his followers argue that bringing down the cost of laptops, and persuading governments in developing countries to buy and distribute millions of them, could have enormous educational benefits."

A new project named Instapaper is developed to solve the time and space difference problems in reading on computers.

$330 million given to 44 states to design new computer-based assessments that will "measure higher-order skills...including students' ability to read complex texts, synthesize information and do research projects."