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21.8 A 16-ch patient-specific seizure onset and termination detection SoC with machine-learning and voltage-mode transcranial stimulation

机译:21.8具有机器学习和电压模式经颅刺激的16通道特定于患者的癫痫发作和终止检测SoC

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Multichannel EEG seizure detection SoCs are widely used in medical practice and in research [1]-[3]. Due to huge variation in seizure patterns, patient-specific seizure detection is very crucial. [1], [2] presents 8-channel (ch) SoCs with moderate latency (~2s) but without seizure termination detection and stimulation. [3] implements a closed-loop SoC but is not patient-specific, and moreover, is invasive. This paper presents an ultra-low power 16-ch "non-invasive, patient-specific" seizure onset and termination detection SoC with channels multiplexing AFE and pulsating voltage transcranial electrical stimulation (PVTES).
机译:多通道脑电图癫痫发作检测SoC广泛用于医疗实践和研究[1]-[3]。由于癫痫发作模式的巨大差异,特定于患者的癫痫发作检测非常关键。 [1],[2]提出了具有中等延迟(〜2s)但没有癫痫发作终止检测和刺激的8通道(ch)SoC。 [3]实现了一个闭环SoC,但不是特定于患者的,而且具有侵入性。本文介绍了一种具有通道复用AFE和脉动电压经颅电刺激(PVTES)通道的超低功耗16通道“非侵入性,患者特定”癫痫发作和终止检测SoC。

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