Constraint Solving Over Multi-valued Logics

Francisco Azevedo

ISBN 10: 1586033042 / ISBN 13: 9781586033040

Editore: SAGE Publications Ltd, 2007

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: Este libro aborda los problemas relacionados con los fallos en los componentes de los sistemas, que afectan su comportamiento general. Se desarrollan modelos con lógicas multivaluadas que se formalizan y generalizan a múltiples fallos. Estas lógicas extienden la lógica booleana codificando dependencias en fallos, lo que permite modelar un número arbitrario de teorías de diagnóstico. Se demuestra la efectividad de la resolución de restricciones sobre dominios y conjuntos finitos en varios de los problemas mencionados. EAN: 9781586033040 Tipo: Libros Categoría: Tecnología|Ciencias Título: Constraint Solving Over Multi-valued Logics Autor: Francisco Azevedo Editorial: IOS Press,US Idioma: en Páginas: 224 Formato: tapa blanda.

Codice articolo Happ-2025-01-21-843f2209

Dati bibliografici

• Titolo: Constraint Solving Over Multi-valued Logics
• Editore: SAGE Publications Ltd
• Data di pubblicazione: 2007
• Lingua: Inglese
• ISBN 10: 1586033042
• ISBN 13: 9781586033040
• Rilegatura: Brossura
• Condizione: Muy bueno

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Riassunto

Systems are subject to faults in their components, affecting their overall behaviour. In a "black-box" system, such faults only become apparent in the output when appropriate inputs are given, which poses a number of satisfaction and optimization problems regarding both testing and diagnosing. This work addresses such problems developing models with multi-valued logics that it formalizes and generalizes to multiple faults. Such logics extend Boolean logic by encoding dependencies on faults, thus allowing the modelling of an arbitrary number of diagnostic theories. The effectiveness of constraint solving over finite domains and sets is shown on several problems.

Dalla quarta di copertina

Systems are subject to faults in their components, affecting their overall behaviour. In a 'black-box' system, such faults only become apparent in the output when appropriate inputs are given, which poses a number of satisfaction and optimisation problems regarding both testing and diagnosing. In this dissertation we address such problems, developing models with multi-valued logics that we formalise and generalise to multiple faults. Such logics extend Boolean logic by encoding dependencies on faults, thus allowing the modelling of an arbitrary number of diagnostic theories. The effectiveness of constraint solving over finite domains and sets is shown on several of the above problems.