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A Hierarchical Temporal Memory Model in the Sense of Hawkins

机译:霍金斯感的分层时间记忆模型

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Jeff Hawkins introduced a revolutionary Hierarchical Temporal Memory (HTM) concept in his 2004 book “On Intelligence”. He stated that previous attempts to create artificial intelligence are doomed to failure since they do not take into account biophysical processes in the brain. Although now we see some progress in deep neural networks for pattern recognition tasks, special bio-inspired models can be applied in the analysis of temporal signals and the search for anomalies. The proposed approach is based on the concept of memory-prediction when for each incoming signal, a hypothesis about its place in the general structure of signals is constructed. In this work, we review the method and evaluate its applicability, as well as implement a visualizer for HTM networks and then use this method to build a graph-based memory form from input MIDI sequences. Our implementation allows to create simple digital representations of musical compositions and can be used to search for similar melodies.
机译:杰夫·霍金斯在他的2004年“智力上”推出了革命性的分层时间记忆(HTM)概念。他表示,以前创造人工智能的尝试注定要失败,因为他们没有考虑大脑中的生物物理过程。虽然现在我们在深度神经网络中看到了模式识别任务的一些进展,但可以在分析时间信号和搜索异常的分析中应用特殊的生物启发模型。所提出的方法基于对每个输入信号时的存储器预测的概念,构建了关于其总体结构中的其位置的假设。在这项工作中,我们查看方法并评估其适用性,以及为HTM网络实现Visualizer,然后使用此方法从输入的MIDI序列构建基于图形的存储形式。我们的实现允许创建音乐作品的简单数字表示,并且可用于搜索类似的旋律。

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