提出一种以基于平行排列3×3耦合器的双环耦合全光缓存器为缓存主体、以非线性光纤环路镜或马赫-曾德尔干涉仪为选择开关的可动态配置延迟的全光缓存器阵列方案。理论与实验证明,该缓存器阵列可实现不同延迟时间的配置,输出信号能满足进一步传输的要求,并可有效降低网络拥塞,减少丢包率。 A dynamically configurable delayed all-optical buffer based on a binocular coupled all-optical buffer with parallel 3 × 3 couplers as a buffer body and a nonlinear fiber loop mirror or a Mach-Zehnder interferometer as a selective switch is proposed Array scheme. Theoretical and experimental results show that the buffer array can be configured with different delay time, the output signal can meet the requirements of further transmission, and can effectively reduce network congestion and reduce packet loss rate.