“范式变革”引领与“信息转换”担纲:机制主义通用人工智能的理论精髓  被引量:10

Leading of paradigm shift and undertaking of information conversion:theoretical essence of mechanism-based general AI

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作  者:钟义信[1] ZHONG Yixin(AI School,Beijing University of Posts and Telecommunications,Beijing 100876,China)

机构地区:[1]北京邮电大学人工智能学院,北京100876

出  处:《智能系统学报》2020年第3期615-622,共8页CAAI Transactions on Intelligent Systems

基  金:国家社科基金项目(18ZDA027);国家自然科学基金项目(60873001,60575034).

摘  要:世界人工智能研究至今一直沿用着物质科学的科学范式(科学观和方法论),因此被分解为结构主义人工智能(人工神经网络)、功能主义人工智能(物理符号系统/专家系统)和行为主义人工智能(感知动作系统/智能机器人)3个各自为战互不相容的学派。虽然各个学派都获得了一些精彩的局部性专用性成果,却没有通用性整体性的人工智能应用,更无法形成通用的人工智能整体理论,这成为人工智能研究与发展的最大痛点。目前,通用性整体性的人工智能理论越来越成为社会的紧迫需求。为此,本文依据作者四十多年研究的积累,总结和提出了“机制主义通用人工智能理论”,特别强调了“范式变革”和“信息转换”,希望引起学界的研讨和批评。Because of the employment of scientific paradigm(i.e.,scientific outlook and methodology)in the field of materials science,the global research on artificial intelligence(AI)has been divided into three branches,namely,structuralism-based AI(e.g.,artificial neural networks),functionalism-based AI(e.g.,physical symbol systems and expert systems),and behaviorism-based AI(e.g.,sensorimotor systems and intelligent robots),which are independent from each other and mutually unharmonious.A decent number of results from each of the three branches have been achieved;however,no progress has been made in the global theory of AI,let alone the universal theory of AI,and this has become the biggest pain point in the research and development of AI.Presently,the universal and global theories of AI have gradually become urgent social demands.Accordingly,the article titled“The theory of mechanistic general artificial intelligence”has been presented on the basis of the research experiences of the author during the past four decades;the work mainly focuses on“paradigm shift”and“information conversion.”The author hopes that the views and results presented in the article could draw discussions and criticisms from the readers of the AI academic circle.

关 键 词:人工智能 范式变革 信息转换 整体理论 通用理论 智能生成机制 显因素 隐因素 

分 类 号:TP18[自动化与计算机技术—控制理论与控制工程]

 

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