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NeuCube Neuromorphic Framework for Spatio-temporal Brain Data and Its Python Implementation

机译:时空脑数据的NeuCube神经形态框架及其Python实现

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Classification and knowledge extraction from complex spatio-temporal brain data such as EEG or fMRI is a complex challenge. A novel architecture named the NeuCube has been established in prior literature to address this. A number of key points in the implementation of this framework, including modular design, extensibility, scalability, the source of the biologically inspired spatial structure, encoding, classification, and visualisation tools must be considered. A Python version of this framework that conforms to these guidelines has been implemented.
机译:从复杂的时空脑数据(例如EEG或fMRI)中进行分类和知识提取是一项复杂的挑战。在先前的文献中已经建立了一种名为NeuCube的新颖体系结构来解决此问题。必须考虑该框架实施中的许多关键点,包括模块化设计,可扩展性,可伸缩性,受生物学启发的空间结构的来源,编码,分类和可视化工具。已经实现了符合这些准则的该框架的Python版本。

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