Coherent optical associative memory system that processes complex-amplitude information
Coherent optical associative memory system that processes complex-amplitude information
复制标题
处理复杂幅度信息的相干光学联想记忆系统
DOI：
10.1109/68.841287
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发表时间：
2000
影响因子：
2.6
通讯作者：
M. Kiuchi
中科院分区：
文献类型：
--
作者：
A. Hirose;M. Kiuchi
构造了一种新型的处理光波相位和幅度信息的神经网络系统作为联想存储器。实验表明，神经网络中嵌入的复幅度向量被成功地召回。理论上，相干网络有望实现各种诱人的神经功能，如载波频域并行性和自组织激活机制。实验结果导致了这种高功能的神经网络结构和硬件，以及未来的量子神经器件。
A novel neural-network system dealing with lightwave phase and amplitude information is constructed as an associative memory. Experiments demonstrate that complex-amplitude vectors embedded in the neural network are recalled successfully. The coherent networks are theoretically expected to realize various attractive neural features in the future, such as carrier-frequency domain parallelism and self-organizing activeness mechanisms. The experimental result leads to such highly functional neural-network architecture and hardware, as well as future quantum neural devices.