Tokyo University engineer Tsuyoshi Horo has developed a novel system for controlling robots (or in this case, a moving stool) using a simple set of hand and body gestures. The researcher is utilizing a circular array of cameras to track and detect body movement within a controlled environment, and then translate those movements to actions for an automaton. The cameras are used to create a real-time, 3D, volumetric model of objects or people in the space, which is then converted into a psychedelic stack of virtual cubes which are read and processed as data. Viewed movement allows a user to control something like the direction of a bot simply by pointing which way they'd like it to go. Sure, that's all well and good, but we're more interested in getting ourselves Tron-ed into a highly complex Rubik's cube -- where do we sign up? Watch the videos after the break to see the system (and the blocks) in action.

[Via technabob]

Hard to believe we're seeing yet another wearable robot suit emerge from Japan, eh? All sarcasm aside, there actually is a newcomer to the curiously growing market courtesy of Shigeki Toyama and colleagues from the Tokyo University of Agriculture and Technology. The aptly dubbed farming robot suit is a strap-on contraption that makes lifting objects much easier than nature intended, reportedly reducing the wear and tear (read: force) placed on one's joints, knees and back by around 50-percent. Additionally, the suit will be programmable depending on the type of work being done, but we've no idea if any third-party attachments (you know, rubber band launchers, integrated HMDs, etc.) are in the works. On the real, you'll be looking at around ¥500,000 ($4,559) to ¥1,000,000 ($9,117) to ease your load, but that could dip as low as ¥200,000 ($1,823) per suit if mass production becomes viable.

[Via The Register]