SPIKE DETECTOR FOR MULTICHANNEL NEURONAL ACQUISITION

这项研究计划的长期目标是开发一种高 一种大规模多声道演奏仪器系统 神经元波形采集和数据分析。这样做的具体目的是 建议：1)发展高速通信和实时尖峰 用于多通道神经元采集的显示硬件子系统 第一阶段实施的系统(MNAs)；2)调查高级尖峰分类 实现的DSP模块硬件的算法和程序例程 阶段I；和3)开发主机通信、显示和分析程序 用于MNAS系统硬件，并将其大规模集成 行为神经科学的应用。总体目标是开发 MNAS系统架构成为一种可适应的研究工具，可以满足 面临日益多样化的问题的科学家的需求 大规模多通道采集和计算资源，两者都用于 在生物和更广泛的工业应用中。

The long term objective of this research plan is to develop a high performance instrumentation system for large scale multiple channel neuronal waveform acquisition and data analysis. The specific aims of this proposal are to : 1) develop high speed communications and real time spike display hardware subsystems for the Multichannel Neuronal Acquisition System (MNAS) implemented in Phase I; 2) investigate advanced spike sorting algorithms and program routines for the DSP module hardware implemented in Phase I; and 3) develop host communications, display, and analysis programs for the MNAS system hardware and integrate them into a large scale behavioral neuroscience application. The overall goal is to develop the MNAS system architecture into an adaptable research tool that can meet the needs of scientists faced with the growing diversity of problems requiring large scale multichannel acquisition and computing resources, both for biological and in wider industrial applications.