Desktop CNC Machine lets you build stuff out of more than just plastic — from GIZMODO

Excerpt:

Affordable 3D printers are all the rage, but you’re limited to only creating objects from plastic or other extrudable materials. A CNC machine, however, like this ultra-compact ShopBot Desktop, can carve objects out of any material, letting you create more than just trinkets or models.

Printing a medical revolution — from trowprice.com by Russ Banham
3D printing is shaping the future of medicine
 
Addendum on 6/18/12:
 

This Gigantor CNC Machine is Longer Than a Football Field— from gizmodo.com

 
 

 
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Beyond Siri - A report regarding the future of Virtual Assistants -- from VisionMobile -- June 2012

 

Contents

  • Virtual assistants: four generations in 20 years
  • The evolving VA technology landscape
  • The VA Competitive landscape
  • VA business models: Revenue share rather than paid app downloads
  • Leaders and challengers in the VA value chain
  • Beyond Siri: What’s in store in the VA market

Behind this report

  • Lead researcher: Marlène Sellebråten
  • Project lead: Michael Vakulenko
  • Marketing lead: Matos Kapetanakis
  • Editorial: Andreas Constantinou

 

YouTube Video of  Marc Whitten, VP Xbox LIVE

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SmartGlass -- from Microsoft -- June 4, 2012

 

Microsoft Unveils ‘SmartGlass’ to Connect Xbox and Windows — from the Wall Street Journal

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Xbox Marc Whitten, corporate vice president of Xbox LIVE, announces
Xbox SmartGlass onstage at the Xbox 360 E3 media briefing Monday.

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Also see:

Addendum 6/6/12:

Leap Motion founder on why 3D input will dominate the future– from betakit.com by Darrell Etherington

 

 

leap-motion

 

 

Excerpt:

Leap Motion is a 3D controller that made its public debut this week, after two years of work on the device, during which time founders Michael Buckwald and David Holz raised $14.55 million in funding. The Leap Motion is a motion control interface designed for use with existing computers,and in demo videos the device calls to mind natural, sci-fi interfaces like the one found in the Tom Cruise blockbuster Minority Report. It’s motion control that doesn’t look gimmicky or full of compromises, and CEO and founder Buckwald told BetaKit in an interview that in terms of underlying technology, Leap is heads and tails above most of what’s out there.

“Our technology is the only one focused on bringing motion control to the desktop, rather than trying to take what’s been built for TV (large gesture sensing) and making it work for computers,” he said. “We incorporate natural motions in closer range (three cubic feet from the device), in far greater detail and sensitivity, than any product on the market, and we’re the only solution that tracks all 10 fingers individually in 3D space, making Leap about 200 times as accurate as other motion-control technologies.”

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From DSC:
I saw this yesterday, but I also wanted to thank Mr. Cal Keen who also brought it to my attention again today;  thanks Cal for reminding me I needed to post this! Cal mentioned it isn’t due out until Dec 2012 or Jan 2013.

 

Braver, newer literary worlds — from futurebook.mit.edu by Debra Di Blasi

Description of videos:

The following video (in two parts) was part of my presentation to the Louisville Conference of Literature, February 2012. I am presenting a more extensive multimedia paper at the International Book Conference in Barcelona, June 29-July 2, 2012.

We need a “Fab Lab for Education” — from innosightinstitute.org by Alex Hernandez

Excerpt:

In my dreams, [insert city] would open a Fab Lab for Education.

The Fab Lab for Education is a place where educators with big ideas can prototype new approaches to education and operate them for six weeks at a time with real kids. In other sectors, fab labs are mini-workshops where inventors can make “almost anything” without re-tooling an entire factory. Educators should have a place to try amazing, new ideas without “re-tooling” a whole school.

For educators, getting selected to prototype their big idea is a huge honor and people travel across the country to see their work. By the way, they don’t have to quit their jobs to do this and everyone knows that not all the programs will succeed.

The Fab Lab for Education is a highly flexible and customizable space, kind of like the Exploratorium in San Francisco. Philanthropists stock the lab with all the things needed to test out new ideas: 3-D printers, legos, amazing books, art supplies, post-it notes…  basically whatever the educators need.

The Fab Lab for Education team has five jobs…

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Additional reflection from DSC:
Great, innovative thinking Alex on this posting. Speaking of such dreams, it’s my dream to have such a place here on campus where folks could “kick the tires” on various technologies — where educators, faculty members, etc. could collaboratively work with each other and with educational technologists.  Before a “standard” gets put into place (i.e. such as an implementation of an interactive whiteboard), such a facility could help people test out a variety of potential pathways.  Ideas emerge and they morph into something else. Innovation could occur. Emerging technologies could be identified and tested out.

Other thoughts:

  • This would be a great place for our future educators/student teachers to have access to as well
  • Ideas/innovations arising from some of these facilities might be eligible for patents and additional income streams to keep such facilities open/sustainable
  • Successful approaches could be shared with other school districts, colleges, universities
  • Human Computer Interaction (HCI)-related work could be a piece of this vision — esp. in regards to developing the next gen Smart Classroom and learning spaces

 


 

Six things to know about the robots in your future — by futurist Richard Worzel, C.F.A.

Excerpt:

Accordingly, we’re about to be surprised, for real robots and their non-physical counterparts, computer intelligences, are about to enter our lives in a very real way. And initially at least, our reactions to them are likely to be that they are either creepy, or infuriating. Let’s start with the ways in which we are likely to encounter robots and computer intelligences, and then let me move on to where the evolution of robots is headed.

Also see Richard’s The Innovation Revolution

Excerpt (emphasis DSC):

We are standing at the edge of the next revolution, one that will shake the foundations of the corporate world. It will both create and destroy jobs, and build and decimate organizations, and at speeds that will catch people – and organizations – by surprise. The winners will be those who foresee what’s ahead, think clearly about how to take advantage of these emerging trends, and act decisively. We are witnessing the end of “business as usual” in any sense of the phrase.

In the corporate world, we tend to think of innovation as a corporate process. It typically involves a team looking for improved ways of doing things the organization already does, then implementing them to increase the corporation’s profitability, or competitive advantage, or both.

Yet, one long-term trend is clear, undisturbed, and will be markedly disruptive: power is devolving from large organizations to individuals and small groups.

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McGraw-Hill report demonstrates power of adaptive learning technology to personalize education and support needs of 21st century students — prnewsire.com
Report illustrates how personalized learning is the key to engage, retain and graduate students and prepare them for the global workforce

Excerpt:

NEW YORK, April 12, 2012 /PRNewswire/ — A new report released today by the McGraw-Hill Education characterizes adaptive learning technology as the lynchpin in personalizing education in today’s K-12 and higher education classrooms. According to the report, adaptive learning technology, also known as a computer-assisted smart tutor, helps teachers tailor instruction for every student in the class, effectively creating a “class of one” and significantly improving learning outcomes.

The authors highlight three of McGraw-Hill’s adaptive programs:

  • LearnSmart is the leading interactive study tool for higher education that adaptively assesses students’ skill and knowledge levels to track which topics students have mastered and which require further instruction and practice. It then adjusts the learning content based on students’ strengths and weaknesses…
  • Power of U is a revolutionary, digitally rich personalized middle school math pilot program that uses real-time assessment data to group students in ways that allow them to learn at their own pace, in their own style, using the medium that works best for them…
  • ALEKS®, one of the pioneer products to use adaptive learning technology, is a web-based assessment and learning system created by the ALEKS Corporation and exclusively distributed by McGraw-Hill Higher Education to colleges and universities.

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From DSC:
These are the types of technologies that will make their way into courses that you can take from your Smart/Connected TV (i.e. “learning from your living room” and “The Forthcoming Walmart of Education” trends continue to develop and are moving one step closer to reality).  

 

Project Glass from Google

 

Also see:

NTT videoconferencing system transplants faces onto mobile telepresence screens

 

From DSC:

  • Another innovation that aids web-based collaboration.
  • Make that one more movement up the disruptive innovation curve (of online learning).

 

 

As an addendum on 3/4, check out:

Flick content from your phone to your TV with a single swipe [Video] — from PSFK by Emma Hutchings

Excerpt:

Panasonic have recently added the Media Flick function to the Viera Remote Android app, which allows content to be shared between a smartphone and a TV with just the swipe of a finger.

From DSC:
  • What if students could quickly do this in class — without interrupting the flow of the class —  and transfer a paper they wrote, or a song they composed, or a website they found, etc., up to the main “screen” to “play” it for the rest of the class?
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  • What if faculty could just as quickly send files/items to students’ devices?
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  • And/or, what if such gestures quickly sent such files up to a cloud-based repository for that course, accessible 24x7x365?

 

Right now, Apple and other vendors need to work out the wireless network (and related) issues to make this a more feasible idea for an entire campus to implement this. 

But, it would sure be nice!  🙂

 

 

 

 

Microsoft Kinect in education

“Capturing students’ interest and making concepts come alive is an educator’s greatest challenge. Engagement is the key to unlocking the magic that lies within each student. With Kinect™ for Xbox 360® from Microsoft, educators are enhancing traditional lesson plans, physical education, school communications and after-school programs with extraordinary immersive, body-moving experiences that help students get engaged and stay on task.”

Microsoft Kinect in education

See also:

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