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首页> 外文期刊>電子情報通信学会技術研究報告. 非線形問題. Nonlinear Problems >Auto-associative memories based on recurrent multilayer perceptrons and sparsely interconnected neural networks
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Auto-associative memories based on recurrent multilayer perceptrons and sparsely interconnected neural networks

机译:基于递归多层感知器和稀疏互连的神经网络的自动联想记忆

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摘要

Both quantized neural networks (QNNs) and sparsely interconnected neural networks (SINNs) are suitable for hardware implementation. However, quantized parameters and sparsely interconnected structure decrease the capabilities of QNNs and SINNs, respectively. In this report, we propose associative memories composed of recurrent multilayer perceptrons (RMLPs) with 3-valued weights and SINNs to improve their capabilities at a low cost.
机译:量化神经网络(QNN)和稀疏互连神经网络(SINN)均适用于硬件实现。但是,量化参数和稀疏互连的结构分别降低了QNN和SINN的功能。在此报告中,我们提出了由具有三值权重的递归多层感知器(RMLP)和SINN组成的关联存储器,以低成本提高其功能。

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