Building on the DEPLOY legacy: code generation and simulation
Building on the DEPLOY legacy: code generation and simulation
The RODIN, and DEPLOY projects have laid solid foundations for further theoretical, and practical (methodological and tooling) advances with Event-B; we investigated code generation for embedded, multi-tasking systems. This work describes activities from a follow-on project, ADVANCE; where our interest is co-simulation of cyber-physical systems. We are working to better understand the issues arising in a development when modelling with Event-B, and animating with ProB, in tandem with a multi-simulation strategy. With multi-simulation we aim to simulate various features of the environment separately, in order to exercise the deployable code. This paper has two contributions, the first is the extension of the code generation work of DEPLOY, where we add the ability to generate code from Event-B state-machine diagrams. The second describes how we may use code, generated from state-machines, to simulate the environment, and simulate concurrently executing state-machines, in a single task. We show how we can instrument the code to guide the simulation, by controlling the relative rate that non-deterministic transitions are traversed in the simulation.
Edmunds, Andrew
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Colley, John
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Butler, Michael
54b9c2c7-2574-438e-9a36-6842a3d53ed0
2012
Edmunds, Andrew
5d6da190-9621-44a5-9989-ca98a213928f
Colley, John
d2877837-a2f2-4f84-b3f3-3ffe79ffeb87
Butler, Michael
54b9c2c7-2574-438e-9a36-6842a3d53ed0
Edmunds, Andrew, Colley, John and Butler, Michael
(2012)
Building on the DEPLOY legacy: code generation and simulation.
DS-Event-B-2012: Workshop on the experience of and advances in developing dependable systems in Event-B.
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Conference or Workshop Item
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Abstract
The RODIN, and DEPLOY projects have laid solid foundations for further theoretical, and practical (methodological and tooling) advances with Event-B; we investigated code generation for embedded, multi-tasking systems. This work describes activities from a follow-on project, ADVANCE; where our interest is co-simulation of cyber-physical systems. We are working to better understand the issues arising in a development when modelling with Event-B, and animating with ProB, in tandem with a multi-simulation strategy. With multi-simulation we aim to simulate various features of the environment separately, in order to exercise the deployable code. This paper has two contributions, the first is the extension of the code generation work of DEPLOY, where we add the ability to generate code from Event-B state-machine diagrams. The second describes how we may use code, generated from state-machines, to simulate the environment, and simulate concurrently executing state-machines, in a single task. We show how we can instrument the code to guide the simulation, by controlling the relative rate that non-deterministic transitions are traversed in the simulation.
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DS_EventB_2012.pdf
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Published date: 2012
Venue - Dates:
DS-Event-B-2012: Workshop on the experience of and advances in developing dependable systems in Event-B, 2012-01-01
Organisations:
Electronic & Software Systems
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Local EPrints ID: 342170
URI: http://eprints.soton.ac.uk/id/eprint/342170
PURE UUID: 65ce1cde-0c44-480b-a09a-44aa33c22444
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Date deposited: 14 Aug 2012 07:16
Last modified: 15 Mar 2024 02:50
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Contributors
Author:
Andrew Edmunds
Author:
John Colley
Author:
Michael Butler
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