Composition using Event-B Notation (9 months report)
Composition using Event-B Notation (9 months report)
Composition is the process on which it is possible to combine different sub-systems into a larger system. Known and studied in several areas, this has the advantage of reusability and combination of systems especially when it comes to distributed systems. While applying composition, properties must be maintained and proofs obligations need to be discharged in order to the final result to be considered valid. Our goal is to add this feature to the Rodin Platform (using Event-B notation) and study the concerns, properties, conditions, proof obligations, advantages and disadvantages when create/analysing system specifications. Since the composition maintains the monotonicity property of the systems, the sub-systems can be refined independently on a further stage, preserving composition properties.
Silva, Renato
884a067a-d20d-480d-8777-430bdee494b4
Silva, Renato
884a067a-d20d-480d-8777-430bdee494b4
Silva, Renato
(2008)
Composition using Event-B Notation (9 months report).
(In Press)
Abstract
Composition is the process on which it is possible to combine different sub-systems into a larger system. Known and studied in several areas, this has the advantage of reusability and combination of systems especially when it comes to distributed systems. While applying composition, properties must be maintained and proofs obligations need to be discharged in order to the final result to be considered valid. Our goal is to add this feature to the Rodin Platform (using Event-B notation) and study the concerns, properties, conditions, proof obligations, advantages and disadvantages when create/analysing system specifications. Since the composition maintains the monotonicity property of the systems, the sub-systems can be refined independently on a further stage, preserving composition properties.
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9_months_ecs_template_version.pdf
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Accepted/In Press date: 2008
Organisations:
Electronic & Software Systems
Identifiers
Local EPrints ID: 266907
URI: http://eprints.soton.ac.uk/id/eprint/266907
PURE UUID: 146e0d49-ec13-4938-8f2a-749d7c67f572
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Date deposited: 11 Nov 2008 12:16
Last modified: 14 Mar 2024 08:38
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Author:
Renato Silva
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