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Formalization of Function Matrix Theory in HOL
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نویسنده
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shi z. ,liu z. ,guan y. ,ye s. ,zhang j. ,wei h.
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منبع
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journal of applied mathematics - 2014 - دوره : 2014 - شماره : 0
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چکیده
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Function matrices,in which elements are functions rather than numbers,are widely used in model analysis of dynamic systems such as control systems and robotics. in safety-critical applications,the dynamic systems are required to be analyzed formally and accurately to ensure their correctness and safeness. higher-order logic (hol) theorem proving is a promise technique to match the requirement. this paper proposes a higher-order logic formalization of the function vector and the function matrix theories using the hol theorem prover,including data types,operations,and their properties,and further presents formalization of the differential and integral of function vectors and function matrices. the formalization is implemented as a library in the hol system. a case study,a formal analysis of differential of quadratic functions,is presented to show the usefulness of the proposed formalization. © 2014 zhiping shi et al.
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آدرس
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beijing key laboratory of electronic system reliability technology,capital normal university,beijing,china,guangxi key laboratory of trusted software,guilin university of electronic technology, China, beijing key laboratory of electronic system reliability technology,capital normal university, China, beijing key laboratory of electronic system reliability technology,capital normal university, China, college of information science and engineering,graduate university,chinese academy of sciences, China, college of information science and technology,beijing university of chemical technology, China, school of mechanical engineering and automation,beijing university of aeronautics and astronautics, China
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Authors
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