Titlebook: Hardware-dependent Software; Principles and Pract Wolfgang Ecker,Wolfgang Müller,Rainer D?mer Book 2009 Springer Science+Business Media B.V

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Hardware Abstraction Layer,rder to reduce the long and fastidious design process, embedded software needs to be reused over several MPSoCs. Thus, software portability becomes a key challenge..In this chapter, we present a clear separation between the hardware independent and the hardware dependent software layers, through ado

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HW/SW Interface,are presented in detail. The focus is on several aspects of register and bit field read/write access, address mismatch, synchronization, and data alignment. The HW micro-architecture is outlined in block diagrams, the SW code is listed in C-code snippets. As new contributions, data flow abstraction

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,Firmware Development for?Evolving Digital Communication Technologies,red to the end user. For a semiconductor manufacturer playing in this arena, the market demand for new products supporting the latest communication standards becomes an ever growing challenge. This is owing to the tremendous complexity increase from one technology generation to its successor—in wire

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,High-Level Development, Modeling and?Automatic?Generation of?Hardware-Dependent Software,ependent Software (HdS) is especially challenging due to its tight coupling with the underlying hardware. Therefore, automatic generation of all embedded software including the HdS is highly desirable to meet today’s shortened time-to-market demands..In this chapter, we describe a system-level desig