Model-Based Design For Embedded Systems
By: Nicolescu, Gabriela (Author), Mosterman, Pieter J. (Author).
Taylor & Francis Ltd. Published: 17/11/2009. Audience Guide: Professional & Vocational.
Hardback. Sourced from U.S.A.
Model-based design allows teams to start the design process from a high-level model that is gradually refined through abstraction levels to ultimately yield a prototype. When done well, it encourages enhanced performance and quicker time to market. Elaborating on model-based practices, international experts address the main facets of heterogeneous system design. They focus on multi-core methodological issues, real-time analysis, and modeling and validation, taking into account how optical, electronic, and mechanical components often interface. Illustrating applications in several fields, this volume provides designers with readily adaptable solutions for their own practice. Item Details
ISBN10/13: 1420067842/9781420067842
TITLE: Model-based Design for Embedded Systems
CONTRIBUTORS: Nicolescu, Gabriela (Author), Mosterman, Pieter J. (Author)
IMPRINT: CRC Press Inc
PUBLISHER: Taylor & Francis Ltd
FORMAT: Hardback
PUBLICATION DATE: 17/11/2009
SUBJECT: Computers/Internet, Computers/Internet, General Theory Of Computing, Hardware
PAGES: 766
AUDIENCE GUIDE: Professional & Vocational
ILLUSTRATIONS: 150 black & white illustrations
CONTENTS: Introduction to embedded systems and model-based design. MODEL-BASED DESIGN FOR HETEROGENEOUS MULTI-PROCESSOR SYSTEM-ON-CHIP (MPSOC). Heterogeneity in multi-processor systems. Semantics in Model-Based Design. Platforms for MPSOC model-based design. Programming models for MPSOC. Rapid prototyping. REAL-TIME AND PERFORMANCE ANALYSIS IN HETEROGENEOUS EMBEDDED SYSTEMS. Heterogeneity in real-time systems. Introduction to Heterogeneous real-time systems. Formal-based performance analysis for real-time Heterogeneous embedded systems. Design Space Exploration. True Time: simulation tool for performance analysis of real-time embedded systems. MODELING AND SIMULATION FOR CONTINUOUS/DISCRETE HETEROGENEOUS SYSTEMS. Heterogeneity in continuous/discrete systems. Analog and mixed-signal systems modeling using VHDL -- AMS. Towards model-based design of analog and mixed-signal systems using Systems C-AMS. Hy Visual: modeling framework for continuous/discrete systems. Continuous/discrete systems simulation using Simevents. Co-simulation models for continuous/discrete systems validation. MULTI-TECHNOLOGY HETEROGENEOUS EMBEDDED SYSTEMS. Heterogeneity in multi-technology systems. Design challenges and solutions for systems including RF components. Towards a distributed architecture for MEMS integration. Platform for model-based design of integrated multi-technology systems. CAD tools for multi-technology embedded systems design.
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