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Microcomputer Engineering (2nd Edition)

Author Gene H. Miller
Publisher Prentice Hall
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113.00 USD
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Book Details
PublisherPrentice Hall
ISBN / ASIN0138953686
ISBN-139780138953683
Sales Rank2,694,162
MarketplaceUnited States 🇺🇸

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.