While I’m not actually a geek, there were some cool things there. And notice the iPhone usage in these inventions.
For easy reference, I’ve included some anchor links below:
- iPhone Microprojector
- iPhone as Voice-Powered TV Remote
- Ad Hoc Social Networking
- Internet Protocol TV
- Telehealth Remote Monitoring
This was really cool. It’s a device that lets you broadcast video and images on any surface. You insert your iPhone into the microprojector and point it where you want to display. It uses three-color lasers to display images. With lasers, the image is always in focus, regardless of distance from the display surface.
The inventor stressed the medical uses of it. He showed how a brain scan would look. Doctors can view results on-the-fly, on any surface. This gives them the ability to react much more quickly to medical conditions.
But another guy watching this and I both had the same thought: this would be great for business. Sales presentations held on your iPhone. It also seems like something that work at trade shows.
And how about watching videos through your iPhone? Not on the small iPhone screen, but broadcast on a nearby wall or a screen in the back of a car seat? That would be pretty slick.
For the ultimate in minimizing the steps needed to find a show: the voice-powered TV remote. Here’s how I saw it work:
- Say something like “basketball this evening”
- System searches a show schedule for “basketball” instances
- It’s intelligent enough to understand “evening” as a set of defined hours
- Serves up a list of programs that match the voice-entered search
- Pick the one you want, watch or record it
Under the research initiative, “Just in Time Mobile Services”, is this wild concept.You ask total strangers to provide you with information about some location in which you’re interested. Here’s a process flow:
Say there’s some place you want to go to, but it can be hit-or-miss there. Maybe too crowded, not enough people, delay in some event, etc. You reach out this Ad Hoc Social Network. The Network system finds people who are in that location. They agree to answer a question. You check out the ratings for those people, select the one with a sufficient rating. You then ask them about the location. After they give you an answer, you determine whether the answer was good, and rate them.
All of this done anonymously.
Key here are the ratings. Your rely on those with better online reputations. As for incentives to participate, maybe there’s some lessons in foursquare (points, badges, mayors).
AT&T offers a digital TV content delivery service called U-verse. It uses Internet Protocol to deliver signals, and competes with Comcast and other cable providers, as well as satellite TV providers. There are some cool experiments developed for U-verse, including a few they aren’t ready to make public.
Here are some of the cool things they’ve done in the Lab for IPTV:
Use iPhone pictures to find programs: The monthly U-verse guide provides information on upcoming programs, including photos from those programs. Use the iPhone to snap a picture of a program. Send it to the application in the IPTV. The TV matches the picture from the iPhone to a program, and shows a list of upcoming episodes. Record the ones you want.
Twitter: Add a scrolling ticker to the bottom of your screen. You when this would be good? When BIG stories break that capture the nation’s attention. They invariably have # hashtags. Have a running ticker of hashtags across the bottom of your screen while watching live coverage from a new station.
Throw media objects from phone to TV: Say you have a video on your iPhone 3GS. With this app, you simply “throw” it to the IPTV. The video will be loaded to the TV, and begins to play. If you had an IP stereo, this would work for music.
FamilyMap: Want to know where your kids are? This app tracks the signals for your family’s phones, and plots their locations on a map. A FamilyMap. I’m going to remember this for my kids in about a decade.
At the World Innovation Forum, futurist Paul Saffo said that sensors are the BIG next technology wave. The telehealth remote monitoring project shows one way this will be true.
At the Technology Showcase, one Labs researcher showed off a sensor that tracks the foot signature of people (“smart slippers”). With four sensors in a slipper, it tracks the unique foot signature of an individual. The sensors will measure the footstrike, and provide data that can identify if something is off. If something is off, family and care providers can be alerted.
AT&T has a vision to develop sensors that can track a number of health related conditions. I took a picture of a poster that gives a high level view of their direction. Notice the age demographic of the couple under “You” to the left of the picture:
This is an area of growth, not just for AT&T, but for the technology industry overall. The New York Times just ran a story about this topic, Watch the Walk and Prevent a Fall. The article noted:
Researchers are beginning to apply the digital tools of low-cost wireless sensors in carpets, clothing and rooms to monitor an older person’s walking and activity. The continuous measurement and greater precision afforded by simple computing devices, researchers say, promise to deliver new insights on risk factors and tailored prevention measures.
If The Graduate were remade today, the man at the graduation party would whisper “sensors” in Dustin Hoffman’s ear.
Finally, I took in the GeoCast demo. What is GeoCasting? It allows you to communicate between mobile handsets without the need for a cell or data network.
Sort of like an updated version of walkie talkies.
This is essentially a very localized peer-to-peer way of communicating. It relies on sensing nearby phones. The use case demo I saw related to public safety. Imagine there is a disturbance of some type on a college campus. School authorities would have access to a broadcast application, which would localize instructions to students on the campus. If you were inside a building where the disturbance was occurring, you’d get one set of instructions, perhaps telling you the safe way out. If you were on a different part of campus, away from the problem, you’d get instrucitons to stay in your room and lock it down.
GeoCasting is an innovative way to localize information out to mobile handset holders. One could see interesting commercial applications for this, such as retailers sending messages to consumers nearby.
Good stuff coming from the AT&T Labs guys. Look forward to some of this becoming commercial. I may seriously have to get U-verse TV when it becomes available in my neighborhood.
(Cross-posted @ I’m Not Actually a Geek)