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Detecting Neuronal Action Potentials using a Sparse Signal Representation

机译:使用稀疏信号表示检测神经元动作电位

摘要

A system and method detect neuronal action potential signals from tissue responding to electrical stimulation signals. A sparse signal space model for a set of tissue response recordings has a signal space separable into a plurality of disjoint component manifolds including a neural action potential (NAP) component manifold corresponding to tissue response to electrical stimulation signals. A response measurement module is configured to: i. map a tissue response measurement signal into the sparse signal model space to obtain a corresponding sparse signal representation, ii. project the sparse signal representation onto the NAP component manifold to obtain a sparse NAP component representation, iii. when the sparse NAP component representation is greater than a minimum threshold value, report and recover a detected NAP signal in the tissue response measurement signal.
机译:一种系统和方法检测响应于电刺激信号的来自组织的神经元动作电位信号。用于一组组织响应记录的稀疏信号空间模型具有可分离为多个不相交的分量歧管的信号空间,所述多个不相交的分量歧管包括与组织对电刺激信号的响应相对应的神经动作电位(NAP)分量歧管。响应测量模块被配置为:i。将组织响应测量信号映射到稀疏信号模型空间中以获得对应的稀疏信号表示; ii。将稀疏信号表示投影到NAP组件歧管上以获得稀疏NAP组件表示; iii。当稀疏NAP分量表示大于最小阈值时,报告并恢复组织响应测量信号中检测到的NAP信号。

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