Game Changing Android Application (enkin.net)
If Android manages to clear the porting obstacles that await it as it's distributed over more than one reference device, and if it manages to deliver a high bar of quality (at least as high as the SDK has shown so far), it could really change the way we live/work. Those are some big ifs ... but some exciting ones nonetheless.
26 comments
[ 3.2 ms ] story [ 51.9 ms ] threadSide note those two are the definition of geeks. But if that tech works out they will be some wealthy geeks.
(Edit: I saw the end of the video and it looks like they're already one step ahead of me with the live location broadcasting).
Parents who want to keep track of their children at Disneyland could spot them through a crowd of people without calling them and getting them to describe where they are. Maybe this could be useful in search and rescue missions. The ELT (Emergency Location Transmitter) on downed aircraft could be equipped to broadcast in this way, to make it easier for teams trying to find the aircraft.
Something about this reminds me of FPS video games, where the "Objective" is marked on your screen so that you can see where you need to go even though it happens to be on the other side of the map.
I doubt you would want to do this on your phone, but similar technology on a smaller scale used in a laser tag or paint ball game would be really interesting. You could set objectives and see where your team is at, and then mark locations for other team members (meet me at waypoint X).
I'm sure the military is already way ahead of us on this, but the live camera view is new to me.
Do you know how hackable cellphone transmitters and receivers tends to be? I really see the cellphone as the portal into a virtual/physical life hybrid. If there was a cheap, popular cellphone with hackable hardware, then this could be a reality right now. If it was also the hub for a personal network, then you could plug all sorts of interesting gadgets into the mix.
Now, if the technology that generates 3D details from pictures progresses alot more, then the system wouldn't even have to resort to hacks like RFID tagging.
Well I'm sold, time to get a tricorder.
1) When navigating a 2d plane, or looking for things in a 2d plane, an overhead view is just as practical. Although you could argue this lets you see data points farther ahead of you, a good overhead view implementation could do the same thing.
2) This would be nice viewing differences in elevation. Finding your car in a parking garage for instance. However, GPS has an elevation error rate about 3 times larger than its horizontal rate. (Also most gps's don't work well in things like parking garages). This means you'll only be able to detect the elevation of something within ~30 meters on most phones.
Mostly I see this being fun, but not anymore useful than other, more traditional ways of looking at maps. It might prove helpful to people with exceptionally poor spacial thinking (if thats the term you use to describe people who can't read maps, I'm not sure).
I did a land nav course in the Marine Corps; we had compasses we used to sight landmarks so we could triangular our location. To do this you held up the compass and looked through a slit. I'd call that analog navigation: The live view of Enkin is the same concept in digital form.
I thought ruby is quite a bit older.
Java used to be "Oak," and according to our good friend Wikipedia it was created in "June 1991." I thought it was later but guess not. It had the whole set-top box history, and would eventually run our fridges and toasters in the 21st century.
Seriously though, do you remember when Java was released? It was fun! And definitely considered the "hip" language at the time, much like Ruby is now.
I think it's interesting that so many in the Java camp have jumped ship to Ruby, because what is said about Ruby now, was said about Java then.
But they're still nearly the same age, so the ten-year spread in their respective heydays is sort of amusing. It's like Roger Moore supplanting Connery as Bond ten years later, despite the fact he's older. ;)
I read the book by patrick naughton on the history of Oak etc, quite an interesting read.
Photosynth would allow Androids screen to display actual pictures of the situation when zooming in using the satellite view (not live view). The various people in live view could also add images to locations not already documented by photosyth's database.
Someday,
D T
http://tinyurl.com/4p4tg2
In other note: notice the robotic dinosaur in middle bottom of the video (30sec)