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MatlabHTM: A sequence memory model of neocortical layers for anomaly detection

机译:MATLABHTM:异常检测的新皮质层的序列存储器模型

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Many models based on the operation of the neocortex, which is the center of brain intelligence, are emerging. The Hierarchical Temporal Memory (HTM) model is a unique intermediate level model of the neocortex’s layered substructures. The hypothesis is that these layers build temporal models of sequences of observations and/or motor signals, i.e., build a sequence memory. Implementations of this model exist in Python, C++ and Java. However, those implementations are quite cumbersome to use, as they depend on many other packages. This paper presents a lean, standalone, easy to modify MATLAB implementation. The performance results from processing the Numenta Anomaly Benchmark (NAB) demonstrate the fidelity of matlabHTM.
机译:许多基于Neocortex的操作的模型,即脑智力的中心,正在出现。分层时间内存(HTM)模型是NeocorTex的分层子结构的唯一中间级模型。假设是这些层构建观察序列和/或电动机信号的时间模型,即构建序列存储器。 Python,C ++和Java中存在此模型的实现。然而,这些实现非常麻烦,因为它们依赖于许多其他包。本文提出了瘦身,独立,易于修改MATLAB实现。处理Numenta异常基准(NAB)的性能结果展示了Matlabhtm的保真度。

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