提供了当前在该imToken钱包领域的挑战的概述

2023-11-17 16:06

应用范围从生物信息学到脑机接口和智能机器人，并不意味着代表本网站观点或证实其内容的真实性；如其他媒体、网站或个人从本网站转载使用。

提供了当前在该领域的挑战的概述， 本演讲描述了最先进的有机神经形态设备，2018年先进材料新星和新科学家人才奖提名，以及从脑-计算机接口到生物信息学和神经递质介导的自适应传感的潜在应用， Advanced Materials Rising Stars and New Scientist Talent Award nominee in 2018. Yoeri is also a member of the scientific advisory board of the Centre for Cognitive Systems and Materials at the University of Groningen. Yoeri van de Burgt是埃因霍温理工大学的副教授， 埃因霍芬理工大学副教授Yoeri van de Burgt讲述有机神经形态电子学 直播时间： 2023年11月17日（周五）20:00-21:30 直播平台： 科学网APP https://weibo.com/l/wblive/p/show/1022:2321324969010780569859 （科学网微博直播间链接） 科学网微博 科学网视频号 北京时间2023年11月17日晚八点。

有机电子材料在操纵和处理生物信号方面显示了有前途的解决方案，并专注于如何在硬件中利用其功能，Yoeri将强调最近在这种混合生物记忆设备和人工神经元方面的努力，请与我们接洽， 【BIOGRAPHY】 Yoeri van de Burgt is associate professor at Eindhoven University of Technology leading the neuromorphic engineering group. He obtained his PhD degree in 2014 and briefly worked at a high-tech startup in Switzerland after which he worked as a postdoctoral fellow at the department of Materials Science and Engineering at Stanford University. He has been a visiting professor at the University of Cambridge in 2017 and Georgia Tech in 2022，Yoeri van de Burgt演示基于新型有机混合离子电子材料的两个设备概念， organic electronic materials have the potential to operate at the interface with biology. This can pave the way for novel architectures with bio-inspired features。

领导着神经形态工程小组，敬请期待！ 【嘉宾介绍】 Yoeri van de Burgt Eindhoven University of Technology Organic neuromorphic electronics 【Abstract】 Neuromorphic engineering takes inspiration from the efficiency of the brain and focusses on how to utilise its functionality in hardware. Organic electronic materials have shown promising solutions for the manipulation and the processing of biological signals， 此外，他于2014年获得博士学位，imToken，并在瑞士一家高科技初创公司短暂工作， offering promising solutions for the manipulation and the processing of biological signals and potential applications ranging from brain-computer-interfaces to bioinformatics and neurotransmitter-mediated adaptive sensing. I will highlight our recent efforts for such hybrid biological memory devices and artificial neurons. 神经形态工程从大脑的效率中获得灵感， with applications ranging from bioinformatics to brain-computer-interfaces and smart robotics. This talk describes state-of-the-art organic neuromorphic devices and provides an overview of the current challenges in the field and attempts to address them. I demonstrate two device concepts based on novel organic mixed-ionic electronic materials and show how we can use these devices in trainable biosensors and smart autonomous robotics. I will present a novel implementation of backpropagation with gradient descent directly in hardware. Next to that。

，并试图解决它们，Yoeri也是格罗宁根大学认知系统和材料中心的科学顾问委员会的成员。

并于2022年担任乔治亚理工学院客座教授，他曾于2017年担任剑桥大学客座教授，之后在斯坦福大学材料科学与工程系担任博士后研究员。

有机电子材料也有在与生物学的界面上运行的潜力。

Yoeri将提出一种新的实现的反向传播与梯度下降直接在硬件上， and was awarded an ERC Starting Grant in 2018. He is one of the MIT Technology Review innovators under 35 Europe 2019，并展示了如何在可训练的生物传感器和智能自主机器人中使用这些设备，iCANX Talks邀请到埃因霍芬理工大学的Yoeri van de Burgt教授进行分享！更多精彩，并于2018年获得ERC启动奖，