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Highly scalable real time epilepsy diagnosis architecture via phase correlation

机译:高度可扩展的实时癫痫诊断架构通过相位相关性

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Epilepsy is at current the world's second most common neurological disorder affecting an estimated 50 million people. While up to 70% of epileptic suffers are treated successfully with epileptic medication some 30% continue to suffer untreated [1]. This gap could be filled by the implementation of implantable neural prostheses which are able to detect when a seizure is coming and eventually actuate in the brain to stop its progression.
机译:癫痫率是潮流的世界第二个最常见的神经系统疾病,影响了5000万人。 虽然高达70%的癫痫患者患有成功的癫痫药物治疗约30%继续遭受未处理[1]。 这种差距可以通过实施可植入的神经假体来填充,该植入神经假体能够检测癫痫发作何时发生并最终在大脑中致动以阻止其进展。

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