"While the history of robotics is very short, the idea of a robot may be as old as the earliest mathematical studies"
Beside how robots are popular in science fiction and dystonia literature, they play an important role in today's society, from handling hazardous materials to the welding parts, surgery, or vacuuming the carpet.
In the 19th century, British mathematician, inventor Charles Babbage 's writings brought a basic contribution to robotics. He invented the concept of the programmable computer and Babbage's analytical engine to create a program.
Another important advance came from George bull, who invented a new kind of logic -- the basis of modern digital computer logic. His algebra became the core of computer circuit design.
In mathematics, computer science and technology in the 20th century made great progress, Norbert Wiener, John von Neumann, Alan Turing and Claude Sharon conceptual contributions are greatly promoted the development of robot technology innovation. Bertola particularly praised Shannon's contribution to the digital age.
In the first decade of this century, robots roamed the planet, performed operations, made other mobile robots, played the violin, provided health care, and so on.
Assume that Robots work in a room, they use sensors. Whether they use ultrasound, or detect light, or even smell, and the sensor turns the measurement of the outside world into numbers, which means math. For example, in order to avoid hitting something on its path, robots will monitor data from the ultrasonic detector, like bats emit chirp signal from obstacles come back, and then calculate the distance between obstacles and the robot. Speed is equal to the distance divided by the time, so if the robot knows how the ultrasonic move, it can calculate the distance. If it knows that time delay, it knows how far is it from our object. If the object is too close, the robot can turn the wheel away and avoid the collision.
Done by Nick Liu('19)