Industrial Deployment of System Engineering Methods [electronic resource] /
Romanovsky, Alexander.editor.(orcid)0000-0002-4076-3331https://orcid.org/0000-0002-4076-3331edt
Thomas, Martyn.editor.
A formal method is not the main engine of a development process, its contribution is to improve system dependability by motivating formalisation where useful. This book summarizes the results of the DEPLOY research project on engineering methods for dependable systems through the industrial deployment of formal methods in software development. The applications considered were in automotive, aerospace, railway, and enterprise information systems, and microprocessor design.   The project introduced a formal method, Event-B, into several industrial organisations and built on the lessons learned to provide an ecosystem of better tools, documentation and support to help others to select and introduce rigorous systems engineering methods. The contributing authors report on these projects and the lessons learned. For the academic and research partners and the tool vendors, the project identified improvements required in the methods and supporting tools, while the industrial partners learned about the value of formal methods in general. A particular feature of the book is the frank assessment of the managerial and organisational challenges, the weaknesses in some current methods and supporting tools, and the ways in which they can be successfully overcome.   The book will be of value to academic researchers, systems and software engineers developing critical systems, industrial managers, policymakers, and regulators.
Description based upon print version of record.
Includes bibliographical references.
Introduction -- DEPLOY Integrated Project -- Experience of Deployment in the Automotive Industry -- Improving Railway Data Validation with ProB -- Deployment in the Space Sector -- Business Information Sector -- Formal Methods as an Improvement Tool -- Critical Software Technologies Experience with Formal Methods -- Experiences Developing Event-B in an Industrial Microprocessor Development -- Industrial Deployment of Formal Methods: Trends and Challenges -- Introducing Formal Methods into Existing Industrial Practices Tooling -- Technology Transfer -- After and Outside DEPLOY: the DEPLOY Ecosystems -- Industrial Software Engineering and Formal Methods.- App. A  An Introduction to the Event-B Modelling Method -- App. B  Evidence-Based Assistance for the Adoption of Formal Methods in Industry.
A formal method is not the main engine of a development process, its contribution is to improve system dependability by motivating formalisation where useful. This book summarizes the results of the DEPLOY research project on engineering methods for dependable systems through the industrial deployment of formal methods in software development. The applications considered were in automotive, aerospace, railway, and enterprise information systems, and microprocessor design.   The project introduced a formal method, Event-B, into several industrial organisations and built on the lessons learned to provide an ecosystem of better tools, documentation and support to help others to select and introduce rigorous systems engineering methods. The contributing authors report on these projects and the lessons learned. For the academic and research partners and the tool vendors, the project identified improvements required in the methods and supporting tools, while the industrial partners learned about the value of formal methods in general. A particular feature of the book is the frank assessment of the managerial and organisational challenges, the weaknesses in some current methods and supporting tools, and the ways in which they can be successfully overcome.   The book will be of value to academic researchers, systems and software engineers developing critical systems, industrial managers, policymakers, and regulators.
Software engineering.
Mathematical logic.
Industrial engineering.
Production engineering.
Software Engineering/Programming and Operating Systems.
Mathematical Logic and Formal Languages.
Industrial and Production Engineering.