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Keynotes and plenary: Keynote #1: “Be Careful: I can read your mind”

机译:主题演讲和全体会议:主题演讲1:“小心:我能读懂你的想法”

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This is one of the ultimate goals of the “Brain Initiative” which may be real by 2030. In general, to be able to control our surrounding world by the power of our mind, to control the artificial limbs by our thoughts, and to read people's brain is a dream and it is an exciting one. Brain Computer/Machine Interface (BCI/BMI)is one of the enabling technology towards these goals. We have designed and developed BCI chips that can overcome the main challenges of interfacing with human brain, mainly: low bandwidth communication, small chip area, low power and low heat dissipation, and tolerant to noise. This new chip is based on spike sorting. It is implemented in 0.5 um CMOS technology. Probably, the more reflective title of this talk is “Brain on Silicon”. Finally, a case study of early prediction, warning, and detection of epilepsy seizure using the developed chip will be illustrated.
机译:这是“大脑倡议”的最终目标之一,该倡议到2030年可能成为现实。总的来说,能够通过我们的思维能力来控制周围的世界,能够通过我们的思想来控制假肢,并能够阅读人的大脑是一个梦想,这是一个令人兴奋的梦想。脑计算机/机器接口(BCI / BMI)是实现这些目标的使能技术之一。我们设计并开发了BCI芯片,可以克服与人脑交互的主要挑战,主要包括:低带宽通信,芯片面积小,低功耗和低散热性以及对噪声的耐受性。该新芯片基于尖峰排序。它采用0.5 um CMOS技术实现。这次演讲中更具反思性的标题可能是“硅上的大脑”。最后,将说明使用开发的芯片对癫痫发作进行早期预测,预警和检测的案例研究。

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