Real-Time Embedded Components and Systems with Linux and RTOS Edition 2

Hardback
January 2016
9781942270041
More details
  • Publisher
    Mercury Learning & Information
  • Published
    18th January 2016
  • ISBN 9781942270041
  • Language English
  • Pages 500 pp.
  • Size 7" x 9"
  • Request Exam Copy
$79.95
E-Book
December 2015
9781944534547
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  • Publisher
    Mercury Learning & Information
  • Published
    29th December 2015
  • ISBN 9781944534547
  • Language English
  • Pages 500 pp.
  • Size 7" x 9"
  • Request E-Exam Copy
$39.95
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January 2016
9781683923107
More details
  • Publisher
    Mercury Learning & Information
  • Published
    18th January 2016
  • ISBN 9781683923107
  • Language English
  • Pages 500 pp.
  • Size 7" x 9"
$179.95

This book is intended to provide a senior undergraduate or graduate student in electrical engineering or computer science with a balance of fundamental theory, review of industry practice, and hands-on experience to prepare for a career in the real-time embedded system industries. It is also intended to provide the practicing engineer with the necessary background to apply real-time theory to the design of embedded components and systems. Typical industries include aerospace, medical diagnostic and therapeutic systems, telecommunications, automotive, robotics, industrial process control, media systems, computer gaming, and electronic entertainment, as well as multimedia applications for general-purpose computing. This updated edition adds three new chapters focused on key technology advancements in embedded systems and with wider coverage of real-time architectures. The overall focus remains the RTOS (Real-Time Operating System), but use of Linux for soft real-time, hybrid FPGA (Field Programmable Gate Array) architectures and advancements in multi-core system-on-chip (SoC), as well as software strategies for asymmetric and symmetric multiprocessing (AMP and SMP) relevant to real-time embedded systems, have been added. Companion files are provided with numerous project videos, resources, applications, and figures from the book. Instructors’ resources are available upon adoption.

FEATURES:

• Provides a comprehensive, up to date, and accessible presentation of embedded systems without sacrificing theoretical foundations

• Features the RTOS (Real-Time Operating System), but use of Linux for soft real-time, hybrid FPGA architectures and advancements in multi-core system-on-chip is included

• Discusses an overview of RTOS advancements, including AMP and SMP configurations, with a discussion of future directions for RTOS use in multi-core architectures, such as SoC

• Detailed applications coverage including robotics, computer vision, and continuous media

• Includes a companion disc (4GB) with numerous videos, resources, projects, examples, and figures from the book

• Provides several instructors’ resources, including lecture notes, Microsoft PP slides, etc.

Part I: Real-Time Embedded Theory
1. Introduction
2. System Resources
3. Processing
4. Resources
5. Memory.
6. Multiresource Services
7. Soft Real-Time Services
Part II: Designing Real-Time Embedded Components
8. Embedded System Components
9. Traditional Hard Real-Time Operating Systems
10. Open Source Real-Time Operating Systems
11. Integrating Embedded Linux into Real-Time Systems
12. Debugging Components
13. Performance Tuning
14. High Availability and Reliability Design
Part III: Putting it All Together
15. System Life Cycle
16. Continuous Media Applications
17. Robotic Applications
18. Computer Vision Applications
Appendix A. Terminology Glossary
Appendix B. About the DVD
Appendix C. Wind River Systems University Program for Workbench/VxWorks
Appendix D. Real-Time and Embedded Linux Distributions and Resources
Bibliography
Index.

Sam Siewert

Sam Siewert is an assistant professor at Embry Riddle Aeronautical University and an adjunct at University Colorado-Boulder. He is the author of Real-Time Embedded Components and Systems (Cengage Learning).

John Pratt

John Pratt is an adjunct instructor of engineering at the University of Colorado-Boulder and a senior staff engineer and manager at Qualcomm.