Design of Formal Methods Approach to Resolve Disputes - Tapa blanda

Nabil Mohamed, Samer

 
9783659534164: Design of Formal Methods Approach to Resolve Disputes

Sinopsis

A Framework for Intelligent Situation Analysis, FISA, is proposed. The main contribution of that framework is providing situation awareness in the domain of political disputes. To our knowledge, it is the first attempt for solving political disputes by crossing the gap between the looseness of political situations specifications and the tightness of logical formal methods. Other contributions include exploiting Communicating Sequential Processing, CSP, and the ‘fairness’ of Linear Temporal Logic, LTL, to provide ‘formal’ modeling for discovering ‘starvation’ and ‘deadlock’ situations. In this respect, the machine-based generation of the CSP processes that represents the situation model is an essential characteristic of the proposed framework. Actually, FISA is capable to answer questions about how to make ‘situation change(s)’ (based on fairness satisfaction) in order to ‘solve’ the nondeterminism in the underlying model situations.

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Reseña del editor

A Framework for Intelligent Situation Analysis, FISA, is proposed. The main contribution of that framework is providing situation awareness in the domain of political disputes. To our knowledge, it is the first attempt for solving political disputes by crossing the gap between the looseness of political situations specifications and the tightness of logical formal methods. Other contributions include exploiting Communicating Sequential Processing, CSP, and the 'fairness' of Linear Temporal Logic, LTL, to provide 'formal' modeling for discovering 'starvation' and 'deadlock' situations. In this respect, the machine-based generation of the CSP processes that represents the situation model is an essential characteristic of the proposed framework. Actually, FISA is capable to answer questions about how to make 'situation change(s)' (based on fairness satisfaction) in order to 'solve' the nondeterminism in the underlying model situations.

Biografía del autor

Dr. Samer Nabil is a researcher at national research center, Egypt. He received his BS from Military Technical College in 1988, MSc from Al.Azhar University on 2005 and PhD from Cairo University in Jun 2013 all in Computer Engineering. His fields of interest include data mining, knowledge discovery, pattern analysis and machine intelligence.

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