Microprocessor Theory and Applications with 68000/68020 and Pentium (eBook)

M. RAFIQUZZAMAN, PHD, has been a Professor of Electrical and Computer Engineering at California State Polytechnic University, Pomona, since March 1978. He is the founder and President of Rafi Systems, Inc., a manufacturer of biomedical devices (Intraocular lenses) and a computer systems consulting firm in California. He is recognized for his numerous books on microprocessors, which have been translated into Russian, Chinese, and Spanish. Additionally, he was computer advisor to the president of Bangladesh. He was also an advisor to the U.S. House Policy Committee's Technology Board, assisting members of the U.S. Congress in the development and promotion of technology in both the public and private sectors. Dr. Rafiquzzaman is presently a member of the U.S. Olympic committee.

Preface.

Credits.

1. Introduction to Microprocessors.

2. Microcomputer Architecture.

3. Microprocessor Memory Organization.

4. Microprocessor Input/Output.

5. Microprocessor Programming Concepts.

6. Assembly Language Programming with the 68000.

7. 68000 Hardware and Interfacing.

8. Assembly Language Programming with the 68020.

9. 68020 Hardware and Interfacing.

10. Assembly Language Programming with the Pentium: Part 1.

11. Assembly Language Programming with the Pentium: Part 2.

12. Pentium Hardware and Interfacing.

Appendix A. Answers to Selected Problems.

Appendix B. Glossary.

Appendix C. Motorola 68000 and Support Chips.

Appendix D. 68000 Execution Times.

Appendix E. 68000 / Selected 68020 Instruction Set.

Appendix F. Pentium Instruction Format and Timing.

Appendix G. Pentium Instruction Set in Real Mode (Selected).

Appendix H. Pentium Pinout and Pin Descriptions.

Bibliography.

Index.

"Rafiquzzaman has produced a splendid volume. To be fully appreciated, a course in digital logic is recommended and a course in programming with assembly language is helpful. Nonetheless, the topics in this book are clearly presented and do not require any advanced mathematical knowledge." (CHOICE, March 2009)