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Simulation in the Design of Digital Electronic Systems

Simulation in the Design of Digital Electronic Systems

Simulation in the Design of Digital Electronic Systems

John B. Gosling, University of Manchester
October 1993
Paperback
9780521426725
$152.00
USD
Paperback
USD
Hardback

    Electronic systems, including computers and telecommunications, are increasing rapidly in size and complexity. It is no longer practical to build an actual prototype. It is possible now, however, to simulate the design of a prototype without actually building the hardware. This book describes the structure of simulators suitable for use in the design of digital electronic systems. It includes the compiled code and event driven algorithms for digital electronic system simulators, together with timing verification. It also discusses limitations of the structures and problems of designing models. It also covers the subjects of testing and design for testability, and a major chapter is devoted to fault simulation. Finally, the text introduces hardware accelerators and modelers. The book is unique for covering simulation, fault simulation, timing verification, and model design in one place, and should make essential reading for electonic engineers involved in hardware design.

    • Unique in its treatment of simulation as opposed to testing and design for test
    • Unique in its description of modelling techniques and timer verification
    • User-oriented approach

    Reviews & endorsements

    "...very readable and well organized. The examples are good. It covers a large number of topics..." S.G. Shiva, Computing Reviews

    See more reviews

    Product details

    October 1993
    Paperback
    9780521426725
    292 pages
    227 × 152 × 17 mm
    0.45kg
    131 b/w illus. 44 tables
    Available

    Table of Contents

    • 1. An introduction to the simulation of electronic systems
    • 2. Electronic computer aided design (ECAD) systems
    • 3. Design for testability
    • 4. Exercising the design in simulation and test
    • 5. Input/output if simulation and specification of models
    • 6. Simulation algorithms
    • 7. Models and model design
    • 8. Timing verification
    • 9. Fault simulation
    • 10. Simulator features and extensions.
      Author
    • John B. Gosling , University of Manchester