What Every Engineer Should Know about Microcomputers: Hardware/Software Design: a Step-by-step Example, Second Edition,
Revised and expanded guide demonstrates microcomputer usage by working through one simple design challenge and explaining its solution. This edition features the contributions of an Ada expert, demonstrates (in 14 new chapters) the development of a microcomputer system structured by this language.
1141714476
What Every Engineer Should Know about Microcomputers: Hardware/Software Design: a Step-by-step Example, Second Edition,
Revised and expanded guide demonstrates microcomputer usage by working through one simple design challenge and explaining its solution. This edition features the contributions of an Ada expert, demonstrates (in 14 new chapters) the development of a microcomputer system structured by this language.
63.99 In Stock
What Every Engineer Should Know about Microcomputers: Hardware/Software Design: a Step-by-step Example, Second Edition,

What Every Engineer Should Know about Microcomputers: Hardware/Software Design: a Step-by-step Example, Second Edition,

What Every Engineer Should Know about Microcomputers: Hardware/Software Design: a Step-by-step Example, Second Edition,

What Every Engineer Should Know about Microcomputers: Hardware/Software Design: a Step-by-step Example, Second Edition,

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Overview

Revised and expanded guide demonstrates microcomputer usage by working through one simple design challenge and explaining its solution. This edition features the contributions of an Ada expert, demonstrates (in 14 new chapters) the development of a microcomputer system structured by this language.

Product Details

ISBN-13: 9781000723427
Publisher: CRC Press
Publication date: 09/16/2022
Series: ISSN
Sold by: Barnes & Noble
Format: eBook
Pages: 272
File size: 16 MB
Note: This product may take a few minutes to download.

About the Author

William S. Bennett CAE-Link Corporation Binghamton, New York, Carl F. Evert Jr. Department of Electrical and Computer Engineering University of Cincinnati Cincinnati, Ohio. Leslie C. Lander The Thomas J. Watson School of Engineering, Applied Science, and Technology State University of New York

Table of Contents

1. Introduction 2. A Problem 3. A Solution Strategy 4. Engineering Our Solution 5. A Block Diagram and a Software Diagram 6. About Our Microprocessor 7. Inside the Microprocessor 8. Getting to the Outside: Addressing 9. Connecting the ROMs and RAMs 10. Getting to the 1/0 Chips 11. Controlling the Integrator 12. Looking Up in the Tables 13. Interrupting the Microprocessor from the Comparator 14. Responding to the Comparator's Interrupt 15. Some Housekeeping 16. A Look at Our Whole System 17. Another Way to Read Out 18. A Deeper Look Inside the Microprocessor 19. Computing with a Microprocessor 20. Software in a World of Changes and Complexity 21. The Ada Language 22. Software Development Methodologies-And Object-Oriented Design 23. Object-Oriented Partitioning, with Entity-Relationship Diagrams 24. The Structure of Ada 125. Our Example in Ada-A Step-by-Step Explanation 26. The Control Program 27. Interrupts in Ada 28. And Now ... Back to Our Program 29. Some Definitions 30. Packages in Our Example 31. The Converter Program 32. The Display Control Program 33. The Benefits of Ada-Without Ada 34. The Ada Program-In Final Form
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