MIT develops algorithm that predicts how cable curls




Researchers at MIT have developed an algorithm that could predict how a cable curls himself when he is settled. Together with scientists from Columbia University The knowledge gained can be useful when rolling out fiber optic cables in deep water.

In a research lab, cables were rolled out on a conveyor belt, in which the patterns were analyzed by a desktop system. It was the speed of the roll, which delayed the assembly line and accelerated. Also, a stationary surface was used.

Based on the information gathered is code that is used to simulate human adapted into animation as its writes MIT. In addition, the detected patterns were converted into mathematical formulas and included in the ‘its algorithm. Initially, the simulations did not seem convincing, but the researchers added a parameter where the “natural curl” of a cable is described. Then, the algorithm was able to predict how a cable would curl if it is settled.

The researchers believe that their findings could be, for example, the deployment of fiber optic cables in the ocean by ships useful. If the cable is rolled out too slowly creates a wave pattern with potential for interference. Also, it makes too much cable laid on the ocean floor. At too high a speed, however, creates the risk of cable breakage. The algorithm of the MIT would calculate the ideal speed to roll out. An optical fiber as efficiently as possible


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