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Frequency-based model of memory in neural networks

机译:神经网络中的频率基础内存模型

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A neural-network model is presented that uses the frequency content of a signal to store and process information. The model is described theoretically and compared to amplitude-based neural networks. A version of the network is also simulated and its storage performance evaluated. A theoretical motivation for such a model is derived from M.L. Minsky's (1986) knowledge-line (k-line) theory of memory. The concept of a k-line is interpreted and associated with a frequency supportive network and a practical model for the implementation of a k-line-based memory is proposed. The implementation of a frequency-based network as a pattern recognizer is considered, along with possible specific applications.
机译:提出了一种使用信号的频率内容来存储和处理信息的神经网络模型。理论上描述该模型并与基于幅度的神经网络进行比较。还模拟了网络的版本,并评估了存储性能。这种模型的理论动机来自M.L. Minsky的(1986)知识线(K-LINE)记忆理论。提出了K-LINE的概念并与频率支持网络相关联,并且提出了用于实现基于K线的存储器的实际模型。考虑作为模式识别器的频率基网络的实现以及可能的特定应用。

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