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NTT DoCoMo exhibits on-the-fly speech translation, lets both parties just talk (video)
The race to smash linguistic barriers with simultaneous speech-to-speech translation is still wide open, and Japanese mobile operator NTT DoCoMo has just joined Google Translate and DARPA on the track. Whereas Google Translate's Conversation Mode was a turn-based affair when it was demoed back in January, requiring each party to pause awkwardly between exchanges, NTT DoCoMo's approach seems a lot more natural. It isn't based on new technology as such, but brings together a range of existing cloud-based services that recognize your words, translate them and then synthesize new speech in the other language -- hopefully all before your cross-cultural buddy gets bored and hangs up. As you'll see in the video after the break, this speed comes with the sacrifice of accuracy and it will need a lot of work after it's trialled later in the year. But hey, combine NTT DoCoMo's system with a Telenoid robot or kiss transmission device and you can always underline your meaning physically.
Smithsonian captures 201,000 wild photos with automated cameras
We have this big, fang-filled, claw-sharpened big cat all up in our grill thanks to the researchers at the Smithsonian, who have created a new database filled with over 201,000 pictures of elusive animals in their natural habitats. These candid shots were made possible with motion-activated automated cameras scattered around the world, and feature over 200 species of birds and mammals, and here's most impressive part -- these photos are au naturel. That's right... there's no editing here, these are untouched raw shots straight from the rain forests of places like Peru and China -- which allow us to see these magnificent creatures as scientists do. If you want more info or desire to check out these wild photos, hop over to the source link or check out the gallery below. %Gallery-118866%
NEC turns your arm into a touch-sensitive remote control
You may ask yourself, why bother tapping touchscreens or physical buttons when an accelerometer can be strapped to the wrist, turning any ol' arm into a wireless touch panel? That's the claim that NEC is making today. A wrist-worn band of compact acceleration sensors divides the arm into seven sections along the upper, middle, and lower arm that can then be assigned as virtual inputs to an electronic device. No more reaching into a bag to answer the phone, no more plucking at the strings of a guitar to create song -- everything is controlled through a natural tap of the arm or clap of the hands. Once in a lifetime tech that feels the same as it ever was.
