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Retrieval of branching sequences in associative memory model with common external input and bias input

机译:用共同点检索联想记忆模型中的分支序列   外部输入和偏置输入

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摘要

We investigate a recurrent neural network model with common external and biasinputs that can retrieve branching sequences. Retrieval of memory sequences isone of the most important functions of the brain. A lot of research has beendone on neural networks that process memory sequences. Most of it has focusedon fixed memory sequences. However, many animals can remember and recallbranching sequences. Therefore, we propose an associative memory model that canretrieve branching sequences. Our model has bias input and common externalinput. Kawamura and Okada reported that common external input enablessequential memory retrieval in an associative memory model with auto- and weakcross-correlation connections. We show that retrieval processes along branchingsequences are controllable with both the bias input and the common externalinput. To analyze the behaviors of our model, we derived the macroscopicdynamical description as a probability density function. The results obtainedby our theory agree with those obtained by computer simulations.
机译:我们研究了具有常见外部和biasinputs的可检索分支序列的递归神经网络模型。记忆序列的检索是大脑最重要的功能之一。关于处理记忆序列的神经网络已经进行了很多研究。它大多数都集中在固定的存储序列上。但是,许多动物都可以记住并回忆分支顺序。因此,我们提出了一种可以检索分支序列的联想记忆模型。我们的模型具有偏置输入和公共外部输入。 Kawamura和Okada报告说,通用外部输入可以在具有自动和弱互相关连接的关联存储模型中实现顺序存储检索。我们表明,沿着分支序列的检索过程可以通过偏置输入和公共外部输入来控制。为了分析模型的行为,我们将宏观动力学描述导出为概率密度函数。通过我们的理论获得的结果与通过计算机仿真获得的结果一致。

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