maayaa MAKES HUMANS FORGET CREATOR bRHmH....AND HUMANS NOW WANTS TO BECOME CREATOR bRHmH....BUT NANOTECHNOLOGY OF CREATOR bRHmH IS A LONG WAY....IF EV
Posted by Vishva News Reporter on February 11, 2003

Here are some of the trials and tribulations of humankind in trying to imitate creator bRHmH from GUINNESS WORLD RECORD

Most Emotionally Responsive Robot
Kismet, created by Cynthia Breazeal at the Massachusetts Institute of Technology (MIT), is a robotic head powered by 15 networked computers and 21 motors. It is designed to recognize and respond to different emotions while interacting with humans. Nine of the computers are used to control Kismet's vision alone.

Read more about these amazing continual endeavours of humankind by clicking on the next line.....


Most Complex Artificial Brain
The Genobyte Corporation of Colorado, USA, with Advanced Telecommunications Research, Japan, have developed a brain for a robot cat called Robokoneko (“Robot Kitten” in Japanese). It will have the ability to “learn". The unit consists of millions of artificial neurons, which in organic brains control the transmission of data and instructions to the eyes, ears, and limbs. Initially, the connections between these neurons are random, but in a dynamic, Darwinian-like process of evolution the robo-cat can discard dud neural pathways and develop only successful processes.

Most Lifelike Robot Fish
Mitsubishi Heavy Industries of Japan have developed a series of robotic fish. The models are so lifelike that only the closest inspection can tell them apart from the real thing. The project was spurred by the superb efficiency of the swimming motion of a fish. Possible future applications include the development of submarines that could travel much further and faster than with today's technology. The first model made in the robotic fish project was a robotic sea bream, weighing 5.73 lb and measuring 60 cm in length. Yet the project is mainly concerned with robotic replicas of extinct fish, for use in virtual aquariums.

Cheapest Robot
Walkman, a 12.7-cm (5-in tall) robot, costing $1.75, was built from the remains of a Sony Walkman, at the Los Alamos National Laboratory, New Mexico, USA, in 1996. In tests, when its legs were held, the robot managed to struggle free without being programmed to do so and without making the same movement twice.



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