EventsDIGITALISATION FOR A SUSTAINABLE SOCIETY
Published
This submission belongs to the session Conference IFEIS. International Forum on Ecology of Information Studies of the event DIGITALISATION FOR A SUSTAINABLE SOCIETY
Published date
09 Jun, 2017
Citation
Huacan He, Yanquan Zhou, Zhicheng Chen, Research on Mathematical Dialectical Logic for Intelligent Information Processing, in Proceedings of DIGITALISATION FOR A SUSTAINABLE SOCIETY, Gothenburg, 12 June–16 June 2017, MDPI: Basel, Switzerland, doi: 10.3390/IS4SI-2017-03993
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Research on Mathematical Dialectical Logic for Intelligent Information Processing

Yanquan Zhou 2
1. School of computer, Northwestern Polytechnical University, Xi’an, China. P.C:710072
2. Institute of intelligent science and technology, School of computer, Beijing University of Posts and Telecommunications. Beijing, China, P.C:100876.
3. Room 208 of Building A, Zhongguancun Intelligent Manufacturing Way, Haidian District, Beijing, China, P.C:100083
Abstract

Information ecology requires the support of intelligent information processing, while the latter requires the support of mathematical dialectical logic. This paper introduces the research status and prospect of mathematical dialectical logic for intelligent information processing, including: 1. several basic assumptions (axioms) about information and intelligence; 2. based on mathematical formal logic, gradually liberalizing the constraints to stablish the research compendium of mathematical dialectical logic theory system; 3. according to the forming mechanism of various uncertainties, the principles and methods of defining and generating the complete operator cluster of mathematical dialectical logic on propositional level, establishing the complete operator library of intelligent information processing; 4. two application methods of the operator library in intelligent information processing; 5. prospects.

Keywords
Information ecology
Intelligent information processing
mathematical dialectical logic
Uncertainty reasoning
Operator library.
Manuscript
Poster
010455  IS4SI-2017-HeHuacan0526_Paper.pdf
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