Mendoza Carolina, Bragard Jean, Ramazza Pier Luigi, Martínez-Mardones Javier, Boccaletti Stefano
Institute of Physics, Pontifical Catholic University of Valparaíso, Chile.
Math Biosci Eng. 2007 Jul;4(3):523-30. doi: 10.3934/mbe.2007.4.523.
We study the feasibility of transferring data in an optical device by using a limited number of parallel channels. By applying a spatially localized correcting term to the evolution of a liquid crystal light valve in its spatio temporal chaotic regime, we are able to restore the dynamics to a specified target pattern. The system is controlled in a finite time. The number and position of pinning points needed to attain control is also investigated.
我们研究了通过使用有限数量的并行通道在光学设备中传输数据的可行性。通过在液晶光阀处于时空混沌状态的演化过程中应用空间局部校正项，我们能够将动力学恢复到指定的目标模式。该系统在有限时间内得到控制。还研究了实现控制所需的钉扎点的数量和位置。
