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High-speed optical vector and matrix operations using a semiconductor laser

机译:使用半导体激光器的高速光学矢量和矩阵运算

摘要

Using induced transient dynamics of a standard telecommunication laser, we perform optical computation at high data rates. Employing time-multiplexing, we emulate a nonlinear photonic network via a single laser diode. Based on the induced dynamics of the network, a machine learning technique is implemented. We compute the multiplication of a scalar with a vector, vector dot and cross products, and the multiplication of a matrix and a vector, using the same system. Information is injected all-optically at a rate of 5 GSamples/s, allowing for up to 5.10 8 operations per second. © 1989-2012 IEEE.
机译:使用标准电信激光器的感应瞬态动力学,我们以高数据速率执行光学计算。利用时分复用,我们通过单个激光二极管模拟了非线性光子网络。基于网络的动态变化,实现了机器学习技术。我们使用同一系统来计算标量与向量,向量点和叉积的乘积,以及矩阵与向量的乘积。信息以5 GSamples / s的速率全光注入,每秒最多可进行5.10 8次操作。 ©1989-2012 IEEE。

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