%A Dieu Huong Vu
%A Yuki Chiba
%A Kenro Yatake
%A Toshiaki Aoki
%T Verifying OSEK/VDX OS Design using Its Formal Specification
%X Automotive systems are widely used in industry and our daily
life. As the reliability of automotive systems is becoming a greater
challenge in our community, increasingly more automotive companies are
interested in applying formal methods to improve the reliability of
automotive systems. We focus on automotive operating systems
conforming to the OSEK/VDX standard. Such operating systems are considered as important
components to ensure the reliability of the automotive systems. In
previous work, we proposed a framework to verify the design models of
reactive systems against their specifications. This framework allows us to
check whether the design model conforms to the specification based
on a simulation relation. This paper shows a case study in which the
framework is applied to a real design of the OSEK/VDX operating system. As a
result, we found that we were able to check several important properties
of the design model. We show the effectiveness and practicality of the framework based on the results of the case study.
%C Shanghai, China
%D 2016
%P 81-88
%L SisLab2379