首页|AI+BCI硅基碳基融合新智能的开始

AI+BCI硅基碳基融合新智能的开始

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我们正迎来人类发展的第四次浪潮,正处于从信息社会向人类社会-物理世界-信息空间融合的智能社会的关键转型期.近年来,计算和信息技术飞速发展,深度学习的空前普及和成功将人工智能(AI)确立为人类探索机器智能的前沿领域.与此同时,得益于器件的革命性进展和人工智能(AI)的发展,脑机接口(BCI)植入技术同样快速落地,这意味着BCI+AI 碳基硅基融合的开始,然而,硅基和碳基运算的底层逻辑存在根本差异,脑的智能机制仍有待进一步探索.本研究提出的视觉认知引导的孪生AI深度网络,是由个人意识驱动的深度网络技术,通过捕捉并解析个体的思维模式和创意灵感,为每个用户量身打造独特的视觉世界.在这样的环境中,每个人都成为自己创造世界的视觉主导者,打破物质和意识的壁垒,得以展现丰富的个性和创造力.
Beginning of AI+BCI silicon-based carbon-based fusion new intelligence
We are embracing the fourth wave of human development,which is a critical transition from the information soci-ety to an intelligent society integrating human beings,the physical world,and the cyberspace.In recent years,computing and information technology have developed rapidly.The unprecedented popularity and success of deep learning have estab-lished artificial intelligence(AI)as the frontier field of human exploration of machine intelligence.Meanwhile,thanks to the revolutionary progress of devices and the development of artificial intelligence(AI),brain-computer interface(BCI)im-plantation technology has also been rapidly implemented,which marks the beginning of the integration of BCI and AI,car-bon-based and silicon-based.However,there are fundamental differences between the underlying logic of silicon-based and carbon-based computing,and the intelligent mechanism of the brain remains to be further explored.The visual cognition-guided twin AI deep network proposed in this study is a deep network technology driven by personal consciousness.It cap-tures and analyzes individual thinking patterns and creative inspiration to create a unique visual world tailored for each user.In such an environment,everyone becomes the visual leader of their own created world,breaking the barriers between matter and consciousness,and expressing rich individuality and creativity.

artificial intelligence(AI)brain-computer interface(BCI)human brain visual representationbrain vision reconstructionconsciousness twin

尹奎英、遇涛

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南京电子技术研究所,江苏 南京 210000

首都医科大学宣武医院功能神经外科,北京 100053

人工智能 脑机接口 人脑视觉表征 脑视觉重构 意识孪生

2024

指挥控制与仿真
中国船舶重工集团公司 第七一六研究所

指挥控制与仿真

CSTPCD
影响因子:0.309
ISSN:1673-3819
年,卷(期):2024.46(3)
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