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  1. Proceedings of the 2nd Africa and Middle East Conference on Software Engineering (AMECSE '16)
  2. Formal Verification Framework for Automotive UML Designs
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Formal Verification Framework for Automotive UML Designs

Content Provider ACM Digital Library
Author El-Kadi, Amr Bahig, Ghada
Abstract Ensuring Software specification compliance via formal methods has remained an academic endeavor for quite some time. Several factors discourage formal methods adoption in the industry. One major factor is the complexity of using formal methods. Software specification compliance in automotive remains in the bulk heavily dependent on traceability matrix, human based reviews, and testing activities conducted on either actual production software level or simulation level. ISO26262 automotive safety standard recommends, although not strongly, using formal notations in automotive systems that exhibit high risk in case of failure yet the industry still heavily relies on semi-formal notations such as UML. The use of semi-formal notations makes specification compliance still heavily dependent on manual processes and testing efforts. In this paper, we propose a methodology where UML finite state machines are compiled into formal notations, specification requirements are mapped into formal model theorems and SAT/SMT solvers are utilized to validate implementation compliance to specification. We apply the methodology on AUTOSAR's FlexRay State Manage state machine. Results show how the framework automates the verification of UML based designs, the de-facto standard for automotive systems design, based on an implicit formal methodology while hiding the cons that discouraged the industry from using it. Additionally, the framework automates ISO-26262 system design verification guidelines which would otherwise be verified via human error prone approaches.
Starting Page 21
Ending Page 27
Page Count 7
File Format PDF
ISBN 9781450342933
DOI 10.1145/2944165.2944169
Language English
Publisher Association for Computing Machinery (ACM)
Publisher Date 2016-05-28
Publisher Place New York
Access Restriction Subscribed
Subject Keyword Correctness proofs Iso-26262 System verification Model checking Uml design
Content Type Text
Resource Type Article
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