coondoggie writes to tell us that DARPA has taken the next step in a program that aims to utilize artificial intelligence for the purposes of air traffic control. "GILA will also help Air Force planners use and retain the skills of expert operators, especially as they rotate out of the Air Force. DARPA says the artificial intelligence software will learn by assembling knowledge from different sources — including generating knowledge by reasoning. According to a Military & Aerospace item, such software has to combine limited observations with subject expertise, general knowledge, reasoning, and by asking what-if questions."

An anonymous reader writes "A company called Modu has come up with an innovative take on a mobile phone. Instead of giving you the finished product, you get a base unit and a choice of 'sleeves', which you can plug the base unit into and turn it into a variety of devices. "If, for example, you're going out clubbing, you can pop it into a fashion sleeve with a fancy design. If you're on a business trip and you need a phone with a Qwerty keypad and large screen, you just have to pop it into a 'jacket' with those features." There's also the option to plug it into a satellite navigation device or even a car stereo. While it seems like an interesting system, I wonder whether modular devices are better than buying standalone products or all-in-one products?"

prostoalex writes "The bionic arm project sponsored by DARPA is nearing completion, and might undergo clinical trials. 'The arm has motor control fine enough for test subjects to pluck chocolate-covered coffee beans one by one, pick up a power drill, unlock a door, and shake a hand. Six preconfigured grip settings make this possible, with names like chuck grip, key grip, and power grip. The different grips are shortcuts for the main operations humans perform daily.'"

philetus writes "An article in New Scientist describes a robotic system composed of swarms of electromagnetic modules capable of assuming almost any form that is being developed by the Claytronics Group at Carnegie Mellon. 'The grand goal is to create swarms of microscopic robots capable of morphing into virtually any form by clinging together. Seth Goldstein, who leads the research project at Carnegie Mellon University, Pittsburgh, in the US, admits this is still a distant prospect. However, his team is using simulations to develop control strategies for futuristic shape-shifting, or "claytronic", robots, which they are testing on small groups of more primitive, pocket-sized machines.'"

Schneier points out an interesting (and long, 117-pages) paper on the ethical implications of robots in war [PDF]. "This report has provided the motivation, philosophy, formalisms, representational requirements, architectural design criteria, recommendations, and test scenarios to design and construct an autonomous robotic system architecture capable of the ethical use of lethal force. These first steps toward that goal are very preliminary and subject to major revision, but at the very least they can be viewed as the beginnings of an ethical robotic warfighter. The primary goal remains to enforce the International Laws of War in the battlefield in a manner that is believed achievable, by creating a class of robots that not only conform to International Law but outperform human soldiers in their ethical capacity."

coondoggie brings us a NetworkWorld report discussing iRobot's plans to include Laser Radar technology in their military robots. Quoting: "Specifically the robot-maker is licensing Advanced Scientific Concepts' 3-D flash Ladar which uses laser beams to scan and process targets. The system has the ability to create a virtual 3D picture of an entire area. IRobot ... believes the technology will provide new navigation and mapping capabilities for future generations of robots and unmanned ground vehicles and pave the way for autonomous vehicles to lead convoys into dangerous territory, search contaminated buildings for casualties, or enable bomb squads to safely investigate suspicious objects."

BoingBoing is reporting that a new robotic assistant may soon be able to help you find your way the next time you are lost in a mall or a supermarket. The latest demonstration from the Osaka-based Advanced Telecommunications Research Institute (ATR) showcased "Robovie", a semi-humanoid robot designed to monitor up to 20 people at a time and classify each person's behavior into one of 10 categories (waiting, wandering, walking fast, etc). Whenever it was able to classify someone as disoriented it would approach them and ask "are you lost", if the answer was yes it provided directions, otherwise it just recommended nearby shops and restaurants.

El_Oscuro brings us a Washington Post update on the progress of Future Combat Systems, the U.S. Army's Linux-based operating environment that has been under development for several years. The project, which currently surpasses 63 million lines of code, has received criticism for having a scope greater than that which the Army can manage. Since the program's inception, integration of commercial applications has increased the amount of code, but has also saved the developers time and money. "Boeing and the Army said they chose not to use Microsoft's proprietary software because they didn't want to be beholden to the company. Instead, they chose to develop a Linux-based operating system based on publicly available code. Boeing's Schoen said that it is designing software so that if soldiers lose their connection, the software will automatically "heal itself," retrieving the information within seconds without rebooting."

Christina Valencia points us to a Wired story about scientists who plan to use genetically modified mosquitoes to reduce the population of Dengue-carrying insects. The altered genes cause newly born mosquitoes to die before they are able to breed if they are not supplied with a crucial antibiotic. This is a more aggressive approach than the anti-Malaria work we discussed last year. From Wired: "Mosquitoes pass dengue fever to up to 100 million people each year, according to the Centers for Disease Control and Prevention. Up to 5 million die. If the scientists can replicate their results in real field conditions, their technology could kill half of the next generation of dengue mosquitoes, which scientists say would significantly reduce the spread of the disease. If all goes well the company envisions releasing the insects in Malaysia on a large scale in three years."

coondoggie writes "The US National Oceanic and Atmospheric Administration this week announced a $3 million, three-year program that to test the use of unmanned aircraft to measure hurricanes, arctic and Antarctic ice changes and other environmental tasks. The agency said the drone aircraft would be outfitted with special sensors and technology to help NOAA scientists better predict a hurricane's intensity and track, how fast Arctic summer ice will melt, and whether soggy Pacific storms will flood West Coast cities. Starting this summer, unmanned aircraft will take instruments on research flights that are too dangerous or too long for pilots and scientists."

garlicnation writes "Gizmodo reports that robots that have the ability to learn and can communicate information to their peers have learned to lie. 'Three colonies of bots in the 50th generation learned to signal to other robots in the group when then found food or poison. But the fourth colony included lying cheats that signaled food when they found poison and then calmly rolled over to the real food while other robots went to their battery-death.'"

wintersynth brings us a story about a group of enthusiasts who made a catapult out of a 2,800lb industrial robot arm. They used it to launch bowling balls, fireballs, and cans of beer toward a stationary target, and they controlled the catapult's aim with a graphical UI on a laptop. "I wanted to be able to control the rotation of the robot so we could aim the robot from the laptop, but I quickly realized that since the desert is so flat, we could do some basic ranging on the target too. I also wanted the targeting to be overlaid in 3d over a photograph of the target area. The software needed to control the robot like an MMO or RTS game. I suspect that video games, in general, have some of the most optimal control interfaces. I wanted to try a control scheme similar to the area effect spell targeting in World of Warcraft."

geekbits writes "For all those who have at one time or another been too lazy to get up off the couch and go to the fridge and get a beer, heat up some pizza, or change the channel when the remote is missing, we may be one step closer to being able to keep our tushes parked just a little while longer. There may also be some slightly more noble implications here. According to an article in The New York Times, in an experiment at Duke University, a 12-pound, 32-inch monkey made a 200-pound, 5-foot humanoid robot walk on a treadmill using only her brain activity. She was in North Carolina, and the robot was in Japan."

Coldeagle sends us the news that the US Food and Drug Administration has declared that meat from cloned animals is safe to eat. The agency decided that no labeling is necessary for meat or milk from cloned cows, pigs, or goats or their offspring. (Ironically the FDA didn't include cloned sheep in the announcement, claiming a lack of data, though the very first cloned animal was a sheep named Dolly.) The article notes that a couple of major food suppliers have already decided not to use any products of cloning, and that the groups opposed to cloning in the food chain will now concentrate their efforts on convincing more suppliers to boycott the business of cloning. The FDA noted that their focus groups and other public input indicated that about 1/3 of US citizens do not want food from cloned animals under any circumstances; another 1/3 have no objections; and another 1/3 fall somewhere in between.

palegray.net writes Robots.net covers an article about robotic exoskeletons for Japanese farmers. These exoskeletons would provide increased strength and support for manual labor intensive tasks. More information can also be found at robots-dreams.com. 'The robotic suit relies on ultrasonic motors along with various sensors and wireless networking gear. [...] The mass-produced version of the suit is expected to weigh in at 8 kilograms and cost about 200,000 yen.'"