Abstract Modern real-time embedded systems are complex, distributed, feature-rich applications. Model-based development of real-time embedded systems promises to simplify and accelerate the implementation process. Although there are appropriate models to design such systems and some tools that support automatic code generation from such models, several issues related to ensuring correctness of the implementation with respect to the model remain to be addressed. In this work, we investigate how to derive sampling rates for distributed real-time systems generated from a hybrid systems model such that there are no switching discrepancies and the resources spent in achieving this are a minimum. Of particular interest are the resulting mode switching semantics and we propose an approach to handle faulty transitions and compute execution rates for minimizing missed transitions.
Generating Sound and Resource-Aware Code from Hybrid Systems Models
2008-01-01
19 pages
Article/Chapter (Book)
Electronic Resource
English
Communication Delay , Hybrid System , Discrete Transition , Code Generation , Logical Time Software Engineering/Programming and Operating Systems , Software Engineering , Computer Science , Special Purpose and Application-Based Systems , Programming Techniques , Computer Communication Networks , Computation by Abstract Devices
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