A Hybrid Brain-Inspired Computing Architecture towards Artificial General Intelligence

Luping Shi
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Abstract

Recently, artificial intelligence has made rapid progresses. However, existing AI systems still encounter difficulties even for somethings that humans can easily do. The ultimate way to solve these problems is to develop artificial general intelligence (AGI). Brain inspired computing (BIC) systems are one of the most promising technologies to integrate computer science and neuroscience to facilitate the development of AGI. In this talk, three issues will be discussed: (1) why do we need BIC system? (2) the current status and latest progress in BIC chips, software, and systems; (3) how to develop BIC systems to support AGI with limited understanding of the brain mechanisms. A hybrid and scalable exploration platform of AGI is demonstrated by an unmanned bicycle control system. The main challenges, possible solutions and strategies to develop BIC systems to stimulate AGI development will be addressed.
面向人工通用智能的混合脑启发计算架构
近年来,人工智能取得了飞速的发展。然而,即使是人类可以轻易做到的事情,现有的人工智能系统也会遇到困难。解决这些问题的最终途径是开发通用人工智能(AGI)。脑启发计算(BIC)系统是整合计算机科学和神经科学以促进AGI发展的最有前途的技术之一。在这次演讲中,我们将讨论三个问题:(1)为什么我们需要BIC系统?(2) BIC芯片、软件和系统的现状和最新进展;(3)在对大脑机制了解有限的情况下,如何开发BIC系统来支持AGI。以无人驾驶自行车控制系统为例,展示了一种混合可扩展的AGI探索平台。将讨论开发BIC系统以刺激AGI发展的主要挑战、可能的解决方案和策略。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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