Wednesday, June 17, 2009

TweetDeck Now Available On The iPhone [Apps]

TweetDeck Now Available On The iPhone [Apps]

Digg founder Kevin Rose got his hands on the beta for the iPhone version of TweetDeck, proclaiming that it will soon replace tweetie as his go-to app.

If it works anything like the desktop version, I will also be making the switch. Apparently, the app version features the same column-based friend group structure as the desktop version, the ability to synch with the desktop version, and Facebook-esque status updates. Unfortunately, the "when" and "how much" part of the question remains unanswered. Hopefully, we won't have to wait long.

UPDATE: The app has been released—and it's free. [iTunes and Kevin Rose via Digg]




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You Too Can Wear the Head of Optimus Prime (in Augmented Reality, Of Course) [Transformers]

You Too Can Wear the Head of Optimus Prime (in Augmented Reality, Of Course) [Transformers]

If you forgot to live out all your Optimus Prime role-playing fantasies when the first Transformers movie came out, fear not. Thanks to the awesome Satan powers of augmented reality, you can wear the face of Optimus Prime anywhere.

So here's how this works: the Active X applet hijacks your webcam and uses face/eye detection to figure out where to plaster Prime's face. Once it figures that out, it renders a 3D head around your own mug, allowing you live vicariously through the leader of the autobots. But if you get too zealous in trying to save the world, the helmet will disappear—vigorous head movement angers the Autobot gods, and they will steal the head of Prime from you (along with the Matrix of Leadership).

The best part about this taking place in augmented reality is that you don't have to figure out a way to behead a 30-foot robot. Plus, you won't get motor oil (not to mention any other fluids and lubricants he has running through his system) all over your shit. [We Are Autobots]




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Cortex A9: ARM's Multi-Core Mobile CPUs [CPUs]

Cortex A9: ARM's Multi-Core Mobile CPUs [CPUs]

Multicore processors in mobile devices are only a matter of time, and that time appears to be coming closer for ARM, as their Cortex A9 chips will ship in phones in 2010. Arm chips are found in various handsets, including all three generations of the iPhone. [CNET]




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Hands On Samsung's Galaxy i7500 Android Haptic Smartphone [First Look]

Hands On Samsung's Galaxy i7500 Android Haptic Smartphone [First Look]

The Galaxy i7500—Samsung's Android handset—is one of the first major, advanced smartphones to feature haptic feedback. PCWorld managed to get their hands on one and report back with their first impressions.

Samsung's Galaxy is a 11.9 millimeter-slim handset that features a 3.2-inch AMOLED touchscreen and 5-megapixel camera, and also comes equipped with GPS, Wi-Fi and and WCDMA support. Even more, the phone calls attention to the haptic feedback on its virtual keyboard, which is a first for a major touchscreen smartphone.

Because the AMOLED screen reportedly draws less power than the iPhone's TFT-LCD screens do, the Galaxy apparently has a longer battery life, making this—coupled with the haptic feedback—more mainstream-consumer friendly for those who have yet to purchase a smartphone. Although pricing and release dates are not finalized, the Galaxy will supposedly be available in Europe by the end of this month, and the rest of the world in the second half of 2009. [PC World via Talk Android]




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RF Cochlea Is a Super-Powered Signal Processor Modeled After the Inner Ear [Future Tech]

RF Cochlea Is a Super-Powered Signal Processor Modeled After the Inner Ear [Future Tech]

RF signal processors are pretty commonplace in consumer electronics. Which is exactly why it's exciting that two MIT researchers have created a super-radio based around the function of the human ear that's substantially faster and 100x more power efficient than today's signal processors.

The inner ear is able to take in all the noise in a surrounding area, and adapt how it processes the sound accordingly. Gizmag says that in a similar fashion, the RF Cochlea is able to analyze a wide range of frequencies, and maximize how it routes data for maximum bandwidth and minimal power consumption. In testing, these designs have been faster than anything they've ever seen before.

What this means for the rest of us is the development of faster, smarter radios for signals such as television channels, cellphones, wi-fi, etc... These "smart radios" could not only take unused bandwidth from one application and put it to work in another, but they could also learn to avoid certain frequencies based on the radio waves in their current location. The end result would be stronger, clearer wireless signals.

The researchers also think it would be possible to commercialize this technology within a couple of years, if someone was so motivated. I like that. [Gizmag]




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