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根据榕树网络的链路函数和连接规则,得到光信号变换矩阵,将光互连网络对信号的传输与处理,等效为对输入信号阵列的矩阵运算,建立输入/输出信号间的关系;同时,将二维榕树网络矩阵运算拓展和延伸到三维空间,对自由空间三维榕树网络的交换和信号处理进行矩阵运算等效,并最终实现光信号的路由判断和节点开关控制;从理论上解决了利用光互连网络的拓扑结构性质和节点开关状态的调整,实现可控的矩阵运算操作问题;为多端口大容量高速光互连网络的信号传输与交换、运算与处理、路由与控制等提供了一种有效的方法。
According to the link function and connection rules of the Banyan network, the optical signal transformation matrix is obtained, and the signal transmission and processing in the optical interconnection network are equivalent to the matrix operation of the input signal array, and the relationship between the input / output signals is established. Simultaneously , Extends and extends the two-dimensional banyan network matrix operation into three-dimensional space, performs matrix operation equivalent to the exchange and signal processing of the free-space three-dimensional banyan network, and finally realizes the optical signal routing decision and node switch control; and theoretically solves the problem of Utilize the topological structure of the optical interconnection network and the adjustment of the node switch state to realize the controllable matrix operation; provide the signal transmission and exchange, operation and processing, routing and control of the multi-port high capacity optical interconnection network An effective method.