'Soccerbot' learns how to fall gracefully during matches.Byline: ANI London, May 21 (ANI): Scientists have made a robot learn how to fall gracefully during soccer matches, reducing damage to themselves and their environment. According to according to prep. 1. As stated or indicated by; on the authority of: according to historians. 2. In keeping with: according to instructions. 3. a report in New Scientist, to find out the optimum ways for a robot to fall, Javier Ruiz-del-Solar of the University of Chile “Universidad de Chile” redirects here. For the football club, see Club de Fútbol Universidad de Chile. History Background Higher education in Chile in colonial times dates back to 1622, when on 19 August of that year, the first university in Chile, in Santiago and his team used a computer simulation based on a humanoid robot  It has been suggested that Android & Actroid be merged into this article or section. called Nao, the player used by all teams competing in the
RoboCup's Standard Platform League.
Nao has 22 simple joints, each with a single degree of freedom, and is typical of the bipedal bipedal adjective Capable of locomotion on 2 feet soccer robots A soccer robot is a specialized autonomous mobile robot that is used to play soccer. Mostly, this is done within the RoboCup or FIRA tournaments played each year. The RoboCup contest currently has a number of soccer leagues:
Ruiz-del-Solar and colleagues put their simulated soccerbot through a series of different fall sequences. The simulation computes the stresses on each joint, which can then be plugged into the team's equations to work out the total damage factor. They found that one of the main ways to minimise damage is for the robot to fold its legs underneath it. Among other things, that means the robot is much less likely to hit its head on the ground. Another good strategy is to use a fall sequence consisting of several movements, so the falling body has several points of contact with the ground, spreading the energy of the impact over a large number of joints, rather than taking it all in one disastrous crunch. One of the main ways to minimize damage is for the robot to fold its legs underneath it.he Santiago team tested their method for real using their UCH UCH Universidad de Chile UCH University College Hospital UCH Ubiquitin C-Terminal Hydrolase UCH University Community Health UCH University of California, Hastings College of the Law UCH Underground Coffee House (Hartford, CT) H1 robot, which they built to compete in the RoboCup's Humanoid League. It is similar to Nao, but has a stronger frame and joints. Using a high-speed camera, they recorded the speed and acceleration of the robot's joints as it fell, and used that to calculate the forces and torques tor·ques n. Zoology A band of feathers, hair, or coloration around the neck. [Latin torqu on each joint. The tests confirm that UCH H1 suffers less damage when it bends its legs to keep its centre of mass low as it falls. Ruiz-del-Solar estimates that a well-equipped soccerbot would need about five different fall sequences stored in its memory, to be triggered when the robot is fouled or needs to dive to save a shot on goal, for example. The true test of the new work will come at this year's RoboCup, to be held in Graz, Austria, in June and July, where the Santiago team are planning to try out their robot, programmed with safe fall sequences, on the soccer pitch. (ANI) Copyright 2009 Asian News International The Asian News International (ANI) agency provides multimedia news to China and 50 bureaus in India. It covers virtually all of South Asia since its foundation and presently claims, on its official website, to be the leading South Asia-wide news agency. (ANI) - All Rights Reserved. Provided by Syndigate.info an Albawaba.com company |
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