“What is going to change the world is interpreting sensor data and making intelligent and safe decisions,” said Jesse Levinson, a PhD student from Stanford University working on his team’s artificial intelligence systems.
Levinson and others described the technology focus in the three races since 2004 by the Defense Department’s Defense Advanced Research Projects agency, known as DARPA, as moving from hardware to artificial intelligence.
Products nearest completion are based on work in earlier races, such as Gray Matter Inc’s driver in a box — a computer that will drive a car without making complex decisions.
Aiming to make inroads into the auto test market, the handful of New Orleans engineers see demand for a plug-and-play driver that can cover the same route in the same way over and over again. So far they have not sold any, though.
Advanced technology is slowly creeping into cars, handling tasks such as parking. VW’s production Passat already has a cruise control feature that can follow the car in front of it.
“We may not be far from technology assisting drivers,” said Gerry Mayer, director of defense contractor Lockheed Martin’s Artificial Intelligence Laboratory. “We’re probably a long way away from full automatic.”
Read the speeches by Marvin Minsky, David R. Koepsell, William Sims Bainbridge, Linda MacDonald-Glenn, Max More, Sebastian Sethe, R. Michael Perry, Gene Natale and Martine Rothblatt from the 3rd Terasem Colloquium on the Law of Transbeman Persons.
The new humanoid robot “Twendy-one”, developed by Japan’s Waseda University professor Shigeki Sugano (behind robot), carries a tray for meal during a demonstration at Waseda’s laboratory in Tokyo, on 27 November. The Twendy-one, equipped with 47 actuators and two CCDs on its 111kg body, is developed for nursery and household assistance work.
According to the robotics community, it’s unlikely that any robot now on the market could hold your attention for more than 10 hours. (Actually, if you have a robot dog gathering dust on a closet shelf , you probably already know that.)A new study, however, indicates that this threshold is poised to be broken—at least if the humans interacting with the machines are youngsters. Researchers found that a two-foot- (61-centimeter-) tall metal man easily won over a classroom of tykes, aged 18 to 24 months, who intermittently spent time with it over a five-month period.
TUCSON, Ariz (Reuters) - Pilot Rich Rouviere gazes through night vision goggles as he speeds the Black Hawk helicopter to where a high-tech drone far above has pinpointed 11 intruders from Mexico.As he sets the aircraft down in a swirling tornado of dust and debris, two agents in military style fatigues and flak jackets jump out and swiftly round up all but two of them, illuminated by a laser from the drone. From alert to arrest, the operation has taken 17 minutes.Welcome to a little known double act between spy planes and fast, military helicopters that is blazing a trail for the future of U.S. border security in a remote desert wilderness south of Tucson, Arizona.The Predator B Unmanned Aerial System, or drone, has been at work in Arizona since 2005, scouring the borderlands for drug traffickers and illegal immigrants from Mexico using high-powered cameras tucked on to its belly.
Silent and cloaked in darkness as it wheels miles above the desert, the spotting system cues elite tactical teams in Black Hawk helicopters to race in and carry out arrests, often many miles from the nearest highway.
“The UAS says ‘hey, this is what we see, we need you to come and grab it,’” said Rouviere, who alternates between flying Black Hawks and overseeing the Predator’s flights from a military base in southern Arizona.
Computer games (or more precisely war-sims) like Ghost Recon: Advanced Warfighter become more realistic as high-tech weaponry turns into “common-news”.
For decades, scientists and writers have imagined a future with walking, talking robots that could do everything from cooking your eggs to enslaving your planet.
Trouble is, this fabled artificial intelligence has never happened.
But this weekend, more than 700 scientists and tech industry leaders will gather at San Francisco’s Palace of Fine Arts Theatre to plan for the day - still decades away - when computers start improving themselves without the approval of their former masters. Participants wonder whether this will yield the kindly Commander Data of “Star Trek: The Next Generation” fame or the mob of killer machines that attempted a world takeover in the movie “I, Robot.”
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