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Introduction

The increasing complexity of real-time embedded systems requires advanced platforms and methodologies that can reduce the cost of their design and analysis, while ensuring that requirements on functional correctness, real-time behavior, and performance are met. Compositional theories and technologies facilitate the decomposition of a complex system into components, as well as their integration via interfaces. Component interfaces hide the internal details of the components, thereby reducing integration complexity. A system is said to be composable if the properties established and validated for components in isolation hold once the components are integrated to form the system.

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Submission Topics

Topics include, but are not limited to: Composition of single processor, multiprocessor, and distributed systems. Composition of multi-criticality and multi-mode systems. Composition of policies, services, and system layers. Composition of validation and verification techniques. Component-based design and analysis. Interface models, interface theories, and integration techniques for real-time components. Compositional schedulability analysis, execution time analysis, and performance analysis. Compositional formal methods. Hardware/software architectures for composable systems. Trade-offs between optimality, associativity, and complexity in compositional theory. Practical issues in composition including performance penalties and overheads. Experimental and implementation frameworks for compositional theory. Decomposition of requirements for component-based development. Policing of non-CPU resources (e.g. resources in the memory system).
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Important Date
  • Dec 02

    2014

    Conference Date

  • Dec 02 2014

    Registration deadline

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