Microcomputer engineering
Author(s)
Bibliographic Information
Microcomputer engineering
Prentice Hall, c1999
2nd ed
- : Prentice Hall international edtions
Available at 4 libraries
Note
Includes index
Description and Table of Contents
Description
This book focuses on microcomputers and microprocessors used as control devices (e.g., the Motorola 68HC11). Extensive material on using the Motorola M6HC11EVB and M68HC11EBU Trainers.NEW TO THIS EDITION * NEW--Features extensive new material on real-time embedded systems. * First discusses simple interrupt-driven systems -- using working software examples. * Then develops a small real-time operating system -- with both discussion and assembly language examples of each part of the system software. * NEW--Updates exercises throughout. * NEW--Some of the laboratory reference material is provided on a World Wide Web Site page. * www.prenhall.com FEATURES * Provides extensive coverage on using the Motorola M68HC11EVB trainers with an IBM PC compatible computer -- however, does not require use of this equipment. * Thoroughly discusses the internal input/output hardware of the 68HC11 -- with assembly language examples provided to demonstrate each device. Emphasizes understanding of fundamental computer operation.
* Includes many short examples with graphics to illustrate the internal registers and their uses * Contains discussions and examples -- not just lists -- of machine instructions and addressing modes. * Uses Motorola notation and terminology so the user can easily reference Motorola manuals. * Features many assembly language examples that show the uses of instructions and hardware devices. * Listings avoid statements unique to a particular assembler. * Devotes an entire chapter to good programming approaches and software design. * Examples of bad programming practice are discussed. * Uses structured programming throughout. * Covers subroutines in great depth and with excellent examples. * Discusses reentrancy and concurrency problems and their solutions. * Includes the design of a complete real-time system.
Table of Contents
(NOTE: Each chapter includes end-of-chapter exercises and a review.)
1. Computer Fundamentals.
2. Instruction Subset and Machine Language.
3. Assemblers and Assembly Language.
4. Program Structure and Design.
5. Advanced Assembly Language Programming.
6. Hardware.
7. Advanced 68HC11 Hardware.
8. Real-Time Operating Systems.
9. Real-Time System Design.
Appendices.
by "Nielsen BookData"