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The aim of this chapter is to introduce embedded system verification.
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(3) Embedded system control complexity.
(2) The embedded system is proposed.
Figure 1 Generic embedded system block diagram.
Traditional on-chip and off-chip logic analyzers present important shortcomings when used for the long-term verification of industrial embedded systems, forcing the designer to implement ad hoc verification solutions.
In this paper we concentrate on aspects related to modeling and formal verification of embedded systems.
High-level modeling languages and standards, such as Simulink, SysML, MARTE and AADL (Architecture Analysis & Design Language), are increasingly adopted in the design of embedded systems so that system-level analysis, verification and validation (V&V) and architecture exploration are carried out as early as possible.
The verification of real-time software for embedded systems is of growing importance for safety-critical applications to guarantee software (SW) correctness.
His work focuses on software verification, model checking, satisfiability modulo theories, and embedded systems.
Synchronous models are used to specify embedded systems functions in a clear and unambiguous way and allow verification of properties using formal methods.
His work focuses on software verification, bounded model checking, mobile applications development, and embedded systems.
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