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Ultra-Low-Power and Robust Digital-Signal- Processing Hardware for Implantable Neural Interface Microsystems

机译：用于植入式神经接口微系统的超低功耗和强大的数字信号处理硬件

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Seetharam Narasimhan; Student Member; Hillel J. Chiel; Swarup Bhunia; Senior Member;
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1. Ultra-Low-Power and Robust Digital-Signal-Processing Hardware for Implantable Neural Interface Microsystems [J] . Narasimhan S., Chiel H. J., Bhunia S. Biomedical Circuits and Systems, IEEE Transactions on . 2011,第2期

机译：适用于可植入神经接口微系统的超低功耗和强大的数字信号处理硬件
2. A Hardware-Efficient Scalable Spike Sorting Neural Signal Processor Module for Implantable High-Channel-Count Brain Machine Interfaces [J] . Yuning Yang, Sam Boling, Andrew J. Mason IEEE transactions on biomedical circuits and systems . 2017,第4期

机译：用于植入式高通道数脑机接口的硬件有效的可扩展穗式排序神经信号处理器模块
3. A 128-channel discrete cosine transform-based neural signal processor for implantable neural recording microsystems [J] . Hossein Hosseini-Nejad, Abumoslem Jannesari, Amir M. Sodagar, International journal of circuit theory and applications . 2015,第4期

机译：用于植入式神经记录微系统的基于128通道离散余弦变换的神经信号处理器
4. Ultra-low-power Neural Recording Microsystem for Implantable Brain Machine Interface [C] . Cao Weidong, Li Hongge World cybermatics congress;IEEE international conference on green computing and communications;IEEE international conference on internet of things;IEEE international conference on cyber, physical and social computing . 2013

机译：用于植入式脑机接口的超低功耗神经记录微系统
5. Implantable neural stimulation and neural response reading microsystems design for wireless retinal and auditory prostheses. [D] . Talukder, Mohammad Ismail. 2007

机译：无线视网膜和听觉假体的植入式神经刺激和神经反应阅读微系统设计。
6. A Preferential Design Approach for Energy-Efficient and Robust Implantable Neural Signal Processing Hardware [O] . Seetharam Narasimhan, Hillel J. Chiel, Swarup Bhunia -1

机译：节能耐用的可植入神经信号处理硬件的优先设计方法
7. A preferential design approach for energy-efficient and robust implantable neural signal processing hardware [O] . Seetharam Narasimhan, Hillel J. Chiel, Swarup Bhunia 2009

机译：一种优先设计方法，用于节能和稳健的植入式神经信号处理硬件

Ultra-Low-Power and Robust Digital-Signal- Processing Hardware for Implantable Neural Interface Microsystems

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