Titlebook: Design Technology for Heterogeneous Embedded Systems; Gabriela Nicolescu,Ian O‘Connor,Christian Piguet Book 2012 Springer Science+Business

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Trends in Design Methods for Complex Heterogeneous Systems networks, vision sensors and mobile TV. These examples also highlight the heterogeneous nature and the increasing complexity at circuit-level, with the extension from CMOS-only SoCs towards MEMS-and-CMOS SoCs.

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Executable Specifications for Heterogeneous Embedded Systemst a truly executable specification flow is possible, and that it is highly beneficial in the validation and verification of complex systems. This methodology is technology-independent and accommodates a mixture of hardware and software, analog and digital, electronic and micromechanics components.

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Towards Autonomous Scalable Integrated Systemsa, billions of transistors can be assembled to form high-performance systems with varied functionalities. Today we could say that we connect processors for MPSoC design, just as we once assembled transistors for SoC. The building block has evolved and a concomitant paradigm shift is taking place. In

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Models for Co-design of Heterogeneous Dynamically Reconfigurable SoCsectures and applications. Thus, seamless methodologies and tools are required to resolve the SoC design issues. This chapter presents a high level component based approach for expressing system reconfigurability in . co-design. A generic model of reactive control is presented for ., a . co-design fr

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Wireless Design Platform Combining Simulation and Testbed Environments create new and improved wireless protocols providing these features. The complexity of these protocols requires fast and accurate validation methodologies. Simulation-based approaches for validation help to capture the expected behavior, but the proposed designs might not work in real life situatio