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Formal specification of a Haemodialysis Machine (HD Machine) using Event-B

Formal specification of a Haemodialysis Machine (HD Machine) using Event-B
Formal specification of a Haemodialysis Machine (HD Machine) using Event-B
This archive contains a formal specification of a haemodialysis machine (HD machine) in Event-B using the Rodin Toolset. We utilise ProR for structuring and tracking requirements. We model the HD machine using iUML-B state-machines and class diagrams, and build a corresponding BMotion Studio visualisation. For verification, we use both theorem proving and model checking techniques. We validate the design of the system using (i) diagrams to aid the modelling of the sequential properties of the requirements, and (ii) ProB-based animation and visualisation tools to explore the system's behaviour. Some of the safety properties involve dynamic behaviour which is difficult to verify in Event-B. For these properties we use (iii) co-simulation tools to validate against a continuous model of the physical behaviour.Assigned DOI: 10.5258/SOTON/401360
University of Southampton
Hoang, Thai Son
dcc0431d-2847-4e1d-9a85-54e4d6bab43f
Snook, Colin
b2055316-9f7a-4b31-8aa1-be0710046af2
Ladenberger, Lukas
9d4b0b98-f3a7-4b66-95cc-45014af503f9
Butler, Michael
54b9c2c7-2574-438e-9a36-6842a3d53ed0
Hoang, Thai Son
dcc0431d-2847-4e1d-9a85-54e4d6bab43f
Snook, Colin
b2055316-9f7a-4b31-8aa1-be0710046af2
Ladenberger, Lukas
9d4b0b98-f3a7-4b66-95cc-45014af503f9
Butler, Michael
54b9c2c7-2574-438e-9a36-6842a3d53ed0

Hoang, Thai Son, Snook, Colin, Ladenberger, Lukas and Butler, Michael (2016) Formal specification of a Haemodialysis Machine (HD Machine) using Event-B University of Southampton [Dataset]

Record type: Dataset

Abstract

This archive contains a formal specification of a haemodialysis machine (HD machine) in Event-B using the Rodin Toolset. We utilise ProR for structuring and tracking requirements. We model the HD machine using iUML-B state-machines and class diagrams, and build a corresponding BMotion Studio visualisation. For verification, we use both theorem proving and model checking techniques. We validate the design of the system using (i) diagrams to aid the modelling of the sequential properties of the requirements, and (ii) ProB-based animation and visualisation tools to explore the system's behaviour. Some of the safety properties involve dynamic behaviour which is difficult to verify in Event-B. For these properties we use (iii) co-simulation tools to validate against a continuous model of the physical behaviour.Assigned DOI: 10.5258/SOTON/401360

Archive HDMachine_SCP_161010.zip - Dataset
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More information

Published date: 2016
Organisations: Electronic & Software Systems, Faculty of Physical Sciences and Engineering

Identifiers

Local EPrints ID: 401360
URI: http://eprints.soton.ac.uk/id/eprint/401360
PURE UUID: a023d1bb-a220-43f1-84e8-55effbc36aba
ORCID for Thai Son Hoang: ORCID iD orcid.org/0000-0003-4095-0732
ORCID for Colin Snook: ORCID iD orcid.org/0000-0002-0210-0983
ORCID for Michael Butler: ORCID iD orcid.org/0000-0003-4642-5373

Catalogue record

Date deposited: 10 Oct 2016 16:17
Last modified: 13 Oct 2017 16:31

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Contributors

Creator: Thai Son Hoang ORCID iD
Creator: Colin Snook ORCID iD
Creator: Lukas Ladenberger
Creator: Michael Butler ORCID iD

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