HDMI Version 1.4, 3D HDTV, and Wireless HD

My husband surprised me with a new HD TV to replace the old non-HD "clunker" that was taking up space in an armoire in our bedroom.  I went to attach my HD video camera to the new TV, and realized that three-foot HDMI cable was much too small.   Knowing how fast everything changes with technology, I decided I should research HDMI before setting out to purchase a longer cable.  

There is more to know about HDMI than I thought!   Here's what I found so far:

There is an organization dedicated to HDMI standards, HDMI Licensing, LLC that provides a wealth of information about HDMI.  It's worth taking the time to review the information contained on HDMI website, specifically, the following two links:

• FAQ for HDMI 1.4

• HDMI 1.4 Specification Features (pdf)   (Steve Venuti, HDMI LLC 2009)

Key points about HDMI 1.4 from the HDMI website and the Specification Features overview:

• Consolidation of HD Video, audio, and data in a single cable.
• Enables high-speed bidirectional communication.
• Enables IP-based applications over HDMI. (Ethernet)
• Transfer speeds up to 100Mbps.
• Supports audio return channel.
• Can support up to 10.2 gigabits per second of bandwidth transmission
• HDMI 1.4 is the latest standard. It includes definitions for common 3D formats and resolutions, up to 1080p.
• HDMI 1.4 supports 4K x 2K resolution, which is the resolution of state-of-the art digital theaters and up to 4 times the resolution of 1080p.
• Allows for the optimization of picture settings based on type of content.
• Supports digital still camera-specific colors.
• Allows for smaller HDMI connectors, ideal for portable devices.
• Provides "High Definition Everywhere" support, with an automotive connection system designed to work effectively in vehicles.

About HDMI Version Numbers (from the HDMI website)

"HDMI version numbers are used by manufacturers to identify a set of features. To help you shop for the features you want in a cable, the HDMI licensing authority has created standardized names for certain key features. Here are a few:

• Deep Color refers to monitors that can display a greater number of colors than traditional TVs, billions or trillions of colors rather than millions.
• x.v.Color refers to an expanded, "wider" color gamut that includes colors not traditionally available in TVs. The x.v.Color space incorporates a much larger portion of the visible color spectrum than the older RGB color model.
• Standard and High Speed refer to two grades of HDMI cable, tested to different performance metrics. A Standard cable can transmit a 1080i signal for 15 meters (49 feet) or more, while a High Speed HDMI cable can transmit a 1080p signal for at least 7.5 meters (25 feet)."

Podcasts about HDMI

The podcasts focus on HDMI 1.3, but also provides information about HDMI for the future

• An Insider's Guide to HDMI, Part 1
• An Insider's Guide to HDMI, Part 2

The podcasts feature interviews with Jeff Park and Steve Venuti from HDMI Licensing, via  Dolby Labs "Dolby cast".  Topics covered include HD devices, HDMI feature sets, capabilities, and HDMI versions.  The podcast also touches upon previous problems with firmware deployment, as well as wireless HD, which is not part of the HDMI specifications.

ENGADGET

HDMI 1.4 spec getting freshened up in preparation for broadcast 3D

Richard Lawler, 12/23/09

According to Lawler,  the various companies are working towards standards, but we're not there yet. More information about HDMI 1.4 will be available at 2010 CES, held January 7-10 in Las Vegas.

-Photo of 3D video camera courtesy of Engadget.

SOMEWHAT RELATED

Wireless HD

The following is a direct quote from the Wireless HD website:

"Broadcom Corporation, Intel Corporation, LG Electronics Inc., NEC Corporation,Panasonic Corporation, Philips Electronics, SAMSUNG ELECTRONICS CO., LTD, SiBEAM, Inc., Sony Corporation and Toshiba Corporation, have joined together to form the WirelessHD Consortium, an industry-led effort to define a worldwide standard specification for the next generation wireless digital network interface specification for consumer electronics and personal computing products. The WirelessHD specification has been available since January 2008 and includes the following attributes:

• High interoperability supported by major CE device and technology manufacturers
• Highest quality HD video, audio and data transmission, scalable to future high-definition A/V formats
• High-speed wireless, multi-gigabit technology in the unlicensed 60 GHz band
• Smart antenna technology for reliable non-line-of-sight operation
• Secure communications with DTCP and HDCP over WirelessHD technology
• Device control for simple operation of consumer electronics products using the basic remote control that ships with the TV
• Error protection, framing and timing control techniques for a quality consumer experience
• Low power options for mobile devices"

Dolby Labs Podcasts

Dolby 3D

Cross-posted on The World Is My Interface blog.

Philipp Geist: Blending the Physical with the Digital; Google TV/Leanback, Vimeo's new Couch Mode, oh...and ViewSonic's 3D (glasses-less) pocket camcorder...

I'm thinking about getting one of the new "internet ready" TVs.  I have a serious reason to do this. I'm working on some interactive video projects, and a couple of my projects are geared for teens and young adults who have autism.*   My hunch is that many of my students would like to watch- and interact with-content optimized for Google TV and Vimeo's Couch Mode.  The content is designed to look good on larger high-resolution flat-screen displays, and I'm sure it would be great on my school's newer SMARTBoards.  I need to learn more about  developing applications for this purpose.

(Currently I use my HP 22-inch TouchSmart PC to view web-based video content, and to evaluate websites that provide "touchable" and interactive content that might work well on interactive whiteboards.)

At any rate,  I've been looking for great videos that have the potential for use at work with older students who have autism. I'm also looking for effective ways that the students can use to interact with multimedia and video content. This is important, since the students have minimal verbal communication skills, have limited reading ability- if they can read at all.  They learn about their world through visual means, and are capable of learning much more - but not through traditional means.

Since our school is focusing on globalization and learning about the cultures of other countries, I've been on the lookout for some interesting videos that might appeal to our students.  

Today I came across a great find- Philipp Geist.  Who is Philipp Geist?  According to his bio, Philipp works internationally as a light and multi-media artist in the mediums of video, performance, photography and painting. Some of his work focuses on architecture, history, and cultural heritage.  A good example of his work is the installation he created for a festival in Thailand in 2009:

Bangkok / Thailand 4D Light & Sound Installation by Philipp Geist (23Min) from Philipp Geist | Videogeist on Vimeo.

"The one-hour show is the central part of the celebrations and will be seen by thousands of visitors.  It interprets artistically the king's life and his work dedicated to public welfare. The art installation combines images of the kings and his social projects in the past and present with 3D animations of Thai natural and cultural heritage and abstract painterly passages." (from the Vimeo site)

Phillip Geist's Showreel

Philipp Geist Showreel 2009 from Philipp Geist | Videogeist on Vimeo.

HIGH-RES MULTIMEDIA WEB CONTENT ON LARGE PANEL HD TV!

This might boost holiday gift sales and in turn, give a little jolt to the economy. To do my duty for my country, I will continue to research Internet TV as I narrow down my selection for my new Internet-ready TV.... Below is some Information about Google TV, Google Leanback, and Vimeo's Couch mode that I've recently gathered to share with my IMT followers:

GOOGLE TV:  "The web is now a channel"

"With Google Chrome and Adobe Flash Player 10.1, Google TV lets you access everything on the web. Watch your favorite web videos, view photos, play games, check fantasy scores, chat with friends, and do everything else you're accustomed to doing online. Plus, the world's best websites are now being perfected for television -- check out our Spotlight gallery for examples."  "The worlds' favorite websites are being tweaked and perfected for the television." -Google TV

I'm not too excited about the design of the application that transforms your Android phone or iPhone into a remote control.  I hate most remote controls.  According to Google TV, multiple phones can control the same TV, and you can use your voice to search, which seems like it would be a good thing...  I wonder if they tested this out with real families, not just families of Google TV techies .

GOOGLE LEANBACK Video (Integrated into GoogleTV)

Google Leanback 
When I visited the Leanback website, I encountered the following screen with a suggestion that I type in what I was looking for.  I typed in "lynnvm", the name of my YouTube channel.  Apparently Google provides you with a randomly generated featured video that appears in the background that has nothing to do with what you are looking for.  


In this screen shot, my YouTube channel offerings are in the foreground. "Maleficent Halloween Tutorial" is what played in the background: 

VIMEO INTRODUCES COUCH MODE: Vimeo's version of Google's Leanback is Couch Mode.  It is optimized for use on Google TV, so that makes things less complicated in the world of videoviewingland.   According to Ryan Hefner's article on the Vimeo staff blog, "Couch Mode is a special new section of Vimeo that allows you to watch collections of videos (such as Staff Picks, your inbox, your videos, etc.) completely uninterrupted like a TV channel."
Couch Mode works on computers, but since it relies on HTML5 and CSS3, without Flash, it only works with Chrome and Safari browsers.  For more information, see the video below:



RELATED

VideoGeist: Media installation/mapping, visual art concepts, visual art

Philipp's Blog

VIMEO Couch Mode

Google TV

Google TV Web Site Optimization Guide

Google TV is coming to 10,000 lucky developers

"A few of our favorites include Net-A-Porter, which lets you watch runway videos and shop for high fashion; Meegenius, a place where you can read and customize children’s books; TuneIn, a personal radio for your TV; and The Onion which always gives us a good laugh." - Google TV Blog

MeeGenius If you are a teacher, parent, kid, or lover of children's books, visit this interactive website ASAP. It is optimized for Google TV and works nicely on touch-enabled screens and devices.

As I was wrapping up this post, I came across information about Viewsonic's new 3D, glassesless pocket camcorder.  I'll update information about this new gadget when I have a chance to learn more about it. !

Comment: The idea of developing interactive multimedia apps in 3D intrigues me. At this point, the technology is too new for an "armchair technologist" like me to pursue with my incredibly busy work obligations.  I don't have the money to buy a 3D video camera.  But I might try this out, if it is true that it only costs $238.00!

Viewsonic introduces 3Dv5 3D pocket camcorder, no glasses required
Darren Murph, Engadget, 10/20/10
Film Videos In 3D for Under $250 With Viewsonic's 3DV5
HotHardware, 10/28/10


* About me:  
I presently work full time as a school psychologist at a high school and at a program for students with more severe disabilities, including autism.  The students I work with have made amazing gains through the use of interactive multimedia applications, and also have responded well to video presented on the large IWB screens.   


I went back to school to take computer courses, initially so I could make interactive multimedia applications and games. I continue to blog about interactive multimedia,  emerging/ new technologies, and topics related to post-WIMP HCI/UX/ID/IA.  Although my "spare time" is limited,  I try to keep up my technical skills whenever I can by working on projects that can support the students I work with.  

CRISTAL: One Giant Remote Control Multi-Touch Coffee Table; ACM Interactive Tabletops and Surfaces 2009 in Banff, Canada

Via Wired Gadget Lab Priya Ganapati 8/14/09

What is CRISTAL ? Control of Remotely Interfaced Systems using Touch-based Actions in Living Spaces and acronym for a project at the Media Interaction Lab at the Upper Austria University of Applied Sciences, Digital Media.

Watch the videos:




"CRISTAL simplifies the control of our digital devices in and around the living room. The system provides a novel experience for controlling devices in a home environment by enabling users to directly interact with those devices on a live video image of their living room using multi-touch gestures on a digital tabletop." -mediainteractionlab, YouTube

The CRISTAL project is a collaboration between several people, spanning across a few universities, according to the Media Interaction Lab website:

Christian Rendl
Media Interaction Lab
Florian Perteneder
Media Interaction Lab
Thomas Seifried
Media Interaction Lab
Michael Haller
Media Interaction Lab
Daisuke Sakamoto
University of Tokyo
Jun Kato
University of Tokyo
Masahiko Inami
Keio University
Stacey D. Scott
University of Waterloo

CRISTAL received the Best Emerging Technology Award at the 36th International Conference and Exhibition on Computer Graphics and Interactive Techniques (SIGGRAPH 2009)

Below is a sample of the Interactive Media Lab's publications:

M. Haller, P. Brandl, C. Richter, T. Seifried, J. Leitner, and A. Gokcezade, 2009.
"Interactive Displays and Next-Generation Interfaces." Springer, 2009. [bibtex]




C. Köffel, W. Hochleitner, J. Leitner, M. Haller, A. Geven, and M. Tscheligi, 2009.
"Using Heuristics to Evaluate the Overall User Experience of Video Games and Advanced Interaction Games." Springer, 2009. [in press] [bibtex]


M. Haller, C. Forlines, C. Koeffel, J. Leitner, and C. Shen, 2009.

"Tabletop Games: Platforms, Experimental Games and Design Recommendations." Springer, 2009. in press [bibtex]

J. Leitner, C. Köffel, and M. Haller, 2009.

"Bridging the gap between real and virtual objects for tabletop games," International Journal of Virtual Reality, vol. 7, pp. 33-40, 2009. in press [bibtex]




J. Leitner, M. Haller, K. Yun, W. Woo, M. Sugimoto, M. Inami, A. D. Cheok, and H. D. Been-Lirn, 2009.
"Physical Interfaces For Tabletop Games," Computer Entertainment, vol. XX, p. XX, 2009. [bibtex]

M. Haller and M. Billinghurst, 2008.
"Interactive Tables: Requirements, Design Recommendations, and Implementation."

D. Leithinger and M. Haller, 2007.
"Improving Menu Interaction for Cluttered Tabletop Setups with User-Drawn Path Menus," Horizontal Interactive Human-Computer Systems, 2007. TABLETOP 07. Second Annual IEEE International Workshop on, pp. 121-128, 2007. [bibtex]




D. Regenbrecht, M. Haller, J. Hauber, and M. Billinghurst, 2006.
"Carpeno: interfacing remote collaborative virtual environments with table-top interaction," Virtual Reality, vol. 10, iss. 2, pp. 95-107, 2006. [bibtex]

One of the people involved in the CRISTAL project is Stacey D. Scott, Ph.D., is an assistant professor of systems design engineering at the University of Waterloo. She is also the director of the Collaborative Systems Laboratory. The Collaborative Systems Laboratory focuses on fundamental interfaces and interaction techniques for shared large-screen displays, such as multi-display environments and social-supporting digital tabletop interfaces, and also collaborative and decision support interfaces for complex, time-critical team environments.

Dr. Scott is also one of the program co-chairs of the upcoming ACM Interactive Tabletops and Surfaces 2009 Conference will be held November 23-25 in Banff, Canada.

Mark your calendars!

The following topics, as they relate to interactive tabletops and surfaces, will be presented:

• Applications
• Gesture-based interfaces
• Multi-modal interfaces
• Tangible interfaces
• Novel interaction techniques
• Data handling/exchange on large interactive surfaces
• Data presentation on large interactive surfaces
• User-interface technology
• Computer supported collaborative systems
• Middleware and network support
• Augmented reality
• Social protocols
• Information visualizations
• Sensing and input technologies
• Human-centered design & methodologies

Here is the "who's who" of interactive tabletops and surfaces- the Interactive Tabletops and Surfaces program committee:

Patrick Baudisch	Hasso Plattner Institute Potsdam, Germany
Francois Berard	University of Grenoble, France
Peter Brandl	Media Interaction Lab, Upper Austria University of Applied Sciences, Austria
Andreas Butz	University of Munich, Germany
Francois Coldefy	Orange Labs, France
Morten Fjeld Chalmers	University of Technology, Sweden
Kentaro Fukuchi	University of Electro-Communications, Japan
Tovi Grossman	Autodesk Research, Canada
Mark Hancock	University of Calgary, Canada
Petra Isenberg	University of Calgary, Canada
Yuichi Itoh	Osaka University, Japan
Karrie Karahalios	University of Illinois, USA
Hiro Kato	Osaka University, Japan
Hideki Koike	University of Electro-Communications, Japan
Frank Maurer	University of Calgary, Canada
Max Mühlhäuser	TU Darmstadt, Germany
Christian Muller-Tomfelde	CSIRO-ICT Centre, Australia
Miguel Nacenta	University of Saskatchewan, Canada
Patrick Olivier	Newcastle University, UK
Jun Rekimoto	Sony / University of Tokyo, Japan
Meredith Ringel Morris	Microsoft Research, USA
Daisuke Sakamoto	Tokyo University, Japan
Yoichi Sato	University of Tokyo, Japan
Chia Shen	Harvard University, USA
Masahiro Takatsuka	University of Sydney, Australia
Lucia Terrenghi	Vodafone Group R&D, Germany
Bruce Thomas	University of Southern Australia, Australia
Melanie Tory	University of Victoria, Canada
Edward Tse	SMART Technologies, Canada
Fred Vernier	South-Paris University, France
Andy Wilson	Microsoft Research, USA
Massimo Zancanaro	Bruno Kessler Foundation (formerly ITC), Italy

If you are a university student researching interactive tabletops, multi-touch surfaces, and/or gesture interaction, I hope this post helps!

RP-VITA, Dr. Roboto - Remote Control Telepresence Healthcare

Intouch Health, a company founded in 2002, provides remote presence solutions for health care, in the form of robots.

The latest robot developed by Intouch Health is RP Vita. It has environmental awareness that allows it to move around a hospital without bumping into people or things. The doctor controls the robot through the use of an iPad by pointing to where it should go. The patient sees the doctor's head displayed on a screen perched on the top of the robot, as depicted in the picture below:

It sounds a bit strange, but these robots are in many hospitals, and are useful in rural areas where there are few medical specialists.  

The presentation below explains the key points of the use of tele-robotics in medicine:

RP-VITA: A Glimpse at the Future of Healthcare Delivered Today: WIRED Health Conference, 10/16/12
Yulun Wang: Meet Dr. Roboto, Your New Bedside Caregiver from WIRED on FORA.tv

Participatory Design Conference 2010 "Participation :: The Challenge" + some thoughts

I really want to go to Australia next year and attend this conference! Below are links to the conference, along with an excerpt from the conference description:

11th Biennial Participatory Design Conference:  Participation :: The Challenge (pdf)
PDC2010 Conference Website
PDC2008 Conference Website

"Participation is the complex, contested, changing, creative and celebratory core of participatory design. We invite you to explore what participation can and needs to mean in the design contexts where we are working now and those we are likely to encounter soon. While current ‘best practice’ in many areas of interactive technology design now at least pays lip service to people’s participation, how is this participation being negotiated and defined, and by whom? And if Participatory Design methods developed some 20 years ago are claimed to have become standard design practice, how do we go about developing the methods that will define standard design practice 20 years from now?"


REFLECTION
Judging from what I've experienced as a consumer/user,  there are many things that are floating around in the form of electronics, software, and related gadgets that are examples of the absence of participatory design.

My daily pet peeve is the remote control for my entertainment set-up, which includes DVR and a small but growing number of interactive TV channels.  Another pet peeve is the usability of productivity software, including the software I must use for work.

At any rate, below are links to some of my thoughts related to usability topics that might be of interest to people who are thinking about or practicing participatory design or user-centered design.

2007 Letter to the Editor, Pervasive Computing
Useful Usability Studies (pdf)

2007 Blog Post
Usability/Interaction Hall of Shame (In a Hospital)

2008 Blog Posts
Interactive Touch-Screen Technology, Participatory Design, and "Getting It"
An Example of Convergence: Interactive TV: uxTV 2008

2009 Blog Posts
Microsoft: Are You Listening?  Cool Cat Teacher (Vicki Davis) Tries out Microsoft's Multi-touch Surface Table
Haptic/Tactile Interface:  Dynamically Changeable Physical Buttons
The Convergence of TV, the Internet, and Interactivity:  Update
UX of ITV:  The User Experience and Interactive TV (or Let's Stamp Out Bad Remote Controls)
ElderGadget Blog: Useful Tech and Tools

ElderGadget Blog

Via Technology-Supported Human World Interaction

Today I came across the ElderGadget Blog when I was searching for technology that might be helpful to my father, who recently spent the last few weeks in an intensive care unit.

Here are a few things I found on the blog, including what I found when I followed a link to the bindependent website:

Smart Table: A Broadband Communication System for the Elderly


ID Studiolab, Delft University of Technology, NL
"The smart system is aimed to prevent possible social isolation between elderly people and their social contacts. It consists of the Smart Table and the Smart Messenger, which provide easy and intuitive way for elderly people to benefit from the advantage of communication technology and improve the satisfaction of their social activities."

"During the design research, a working prototype is made and evaluated by a user test. The Smart Table offers people a way to use broadband communication without the need for a computer. The television will be used for video communication (web-cam) and the table as user-interface. On the table contact persons can be selected and images and video can be shared. The elderly person can capture images that will be shared instantly. The contact person can select images from his or her computer, which will be projected on the table of the elderly person". (TU Delft - Faculty Industrial Design Engineering - Master Design for Interaction - Project Interactive Technology Design - Vincent Steurs & Juin-Yi Huang)


Demy Kitchen Safe Touchscreen Reader



Photo Watch


Clarity-C900: Amplified Big Button Cell Phone

911 Guardian: "Tiny wearable speakerphone"


Extra Large TV Remote Control

SmartShopper: Electronic grocery-list maker



Bierley's ColorMouse Video Magnifier

Voice Pod: Digital recording and playback system

RELATED

Live from CES - Dakim's Brain Fitness Keeps Seniors Sharp

Dakim Brain Games

Previous post: Ubiquitous Computing - Grandpa and grandkids use a webcam and Skype across the miles

YouTube Vlogger: Geriatric1927

Geriatric Gripes and Grumbles

Haptic/Tactile Interface: Dynamically Changeable Physical Buttons on a Visual Display -

I came across an interesting video clip while researching haptic and tactile interfaces.

Chris Harrison , a Ph.D. student, and Scott E. Hudson, his advisor, are researchers at Carnegie-Mellon's Human-Computer Interaction Institute. They've been working on a variety of methods to provide tactile properties for visual displays



The paper can be accessed on Chris Harrison's website.

This work was also highlighted in a recent article in Popular Science:

Your Next Touchscreen Might Bulge With Inflatable Buttons: Latex overlays inflate to provide the tactile sensation of pressing a button -Dan Smith, 7/21/09

I'm not very fond of buttons, but if something like this could be configured for my remote control, I could control my TV effortlessly while viewing in the dark!

Kinect Interaction to support people with disabilities: DoubleFine's Happy Action Theater/Kinect Party; OAK Air Switch and Face Switch, resources

I've been experimenting with gesture and touch-based applications for many years and I'm excited to see how things have unfolded over the past couple of years, especially in the field of special education.

Last week I downloaded DoubleFine's Kinect-based Happy Action Theater/Kinect Party,  to use during some group activities with students I work with who have significant disabilities (including severe autism).  I wish I had discovered this suite of games sooner!

I had loads of fun with students and colleagues as we explored some of the 36 creative, and sometimes zany, minigames.  I had heard that DoubleFine had launched something special, but didn't realize how awesome it was until I spent some serious playful time with it at home last weekend. I then tried it out at work this past week.  

If you are planning to explore Happy Action Theater/Kinect party, keep in mind that it plays best when there are at least two people and an audience to cheer everything along.  Through the use of blob detection algorithms, the games can handle up to 6 players at a time, which is perfect for small-group special classes.

The following trailer gives just a little hint of what this suite of mini-games is all about!


I noted that many of the games were effective in helping students become more aware of their peers. They began to play and interact with one-another in ways I hadn't previously imagined.  I especially liked the fact that many of the mini-games made it possible for students in wheelchairs to participate.  

I look forward to exploring more of the games over the next few months and will follow up with a future post after I get more input from my colleagues (and students).

I learned about Kinect Party through my contact with people involved with the GestureSEN wiki. The wiki was created as part of a Professional Learning Community (PLC) for people who work with students in specialized schools, similar to the school where I work, and contains a wealth of information about the use of newer and emerging technologies, such as the iPad, Leap Motion, the Kinect, and eye-gaze systems to support young people with significant disabilities  including autism  Some members of the GestureSEN wiki have learned to code or are in the process of doing so, motivated by what they've experienced so far with their students.  (More information and links are listed in the "RELATED" section of this post.)

OAK

OAK was developed by RCAST at the University of Tokyo in collaboration with Microsoft Japan Co., Ltd. It uses the motion-tracking capabilities of Microsoft's Kinect sensor to create non-contact switches for people with limited mobility, enabling them access to computers and other electronic devices and systems.  The video below provides a nice overview of the OAK system.

The OAK Pro bundle includes the following applications:

The Air Switch software uses the distance/depth capabilities of the Kinect sensor to support gestures of the head, hands, or larger body part to turn things off or on. The infrared from the Kinect also supports the use of the Air Switch in the dark.   The color mode function captures movements from smaller parts of the body, such as a fingertip.

The Face Switch software uses facial recognition software that can track the movements of the face, mouth, tongue, and eyes.  It can identify facial parts that have moved significantly, and records motion data 

The Motion History software observes  the movement of a person's body using the video component of the Kinect sensor.   This customizes the system to the individual and ensures accuracy of the switch.   Movements are color coded and provide the person who is setting up the system a means to fit the system to the specific capabilities and needs of the user.  

The OAK system can be enhanced by the sue of peripherals, such as a USB 4 channel relay box, an IR remote control device or outlet, or other on/off switches/outlets.

The Assist-i corporation has made the OAK system and peripherals available on Amazon Japan.  From what I can tell from the company's website, the OAK software can be downloaded free for a 30-day trial.   I'd love to see how it would work with some of the students I work with who have difficulty accessing conventional switches!  It would be wonderful to come up with ways for these students to access a wider range of digital media activities and games.

RELATED
University adapting videogame technology to help physically disabled computer users
Philip Kendall, Japan Today, 10/10/12
OAK Air Switch (PC Kinect)
OneSwitch.org.uk 4/30/13
OAK Air Switch, Face Switch, Motion History Pro Bundle (pdf)
Assist-i Corporation
Amazon Ai store: Assist-i Corporation (Prices are in Yen.)

Below is a partial list of links to resources related to using or creating engaging interactive applications and games for people with special needs: 

Using Kinect in Special Ed Classrooms: Advice from Loudoun County, Virginia Teachers
Microsoft in Education Team, Microsoft in Education Blog, 6/1/12

KinectSEN-Kinect and Special Educational Needs round-up
Greg Dunan, Microsoft Coding4Fun, 10/11/12

Monkeying Around with Autism Assessments: Kinect-based game by Vectorform andKaiser Permanente therapists offers a barrel of possibilities!
Lynn Marentette, Interactive Multimedia Technology, 7/23/13

Behind the Scenes: Creating Marty the Monkey (The character from Vectorform's autism assessment app) John Einselen, Vectorform Blog, 7/24/13


Kinect Party Review: More Fun from the Fun Kings
Casey Lynch, IGN, 12/20/12


The Power of Kinect in Special Needs Education
Willemijn de Lint,  Hans Smeele, mytylschool De Ruimte

Sign Language Recognition and Translation with Kinect (pdf)
Ming Zhou, et. al.

Cool Kinect move: Reading sign language in real time
Christopher MacManus, CNET, 7/18/13

Anthony Rhys, Trinity Fields ICT

James Winchester, SENClassroom blog

PMLD Eyegaze Project at Trinity Fields

Kinect hacking using Processing

Kinect SEN and Processing Resources
Keith Manville, Oak Grove College OpenSEN

Mat's Classroom Blog

GestureSEN Wiki
KinectSEN Wiki; KinectSEN News
ProcessingSEN wiki
LeapSEN Wiki
EyegazeSEN Wiki

SEN Students and Coding
OpenSEN, 3/5/13

Processing2

Kinect for Windows Blog

Kinect For Windows
DoubleFine

Understanding Engagement, Module 3.2, Training materials for teachers of learners with severe, profound and complex learning difficulties, UK Dept. for Education


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