Marilyn Wolf，佐治亞理工學院教授，佐治亞研究聯(lián)合會優(yōu)秀學者。她分別于1980年、1981年和1984年獲得斯坦福大學電子工程學士學位、碩士學位和博士學位。1984年至1989年任職于貝爾實驗室，1989年至2007年執(zhí)教于普林斯頓大學。她是IEEE和ACM會士、IEEE計算機協(xié)會核心成員以及ASEE和SPIE成員。她于2003獲得ASEE Frederick E. Terman獎，于2006年獲得IEEE電路與系統(tǒng)教育獎。她的研究興趣主要包括嵌入式計算、嵌入式視頻和計算機視覺、VLSI系統(tǒng)。
圖書目錄
foreword to the first edition preface to the first edition preface to the second edition preface to the third edition chapter 1 embedded computing 1.1 introduction 1.2 complex systems and microprocessors 1.3 the embedded system design process 1.4 design example: model train controller 1.5 a guided tour of this book 1.6 summary what we learned further reading questions lab exercises chapter 2 instruction sets 2.1 introduction 2.2 preliminaries 2.3 arm processor 2.4 picmicro mid-range family 2.5 ti c55x dsp 2.6 ti c64x 2.7 summary what we learned further reading questions lab exercises chapter 3 cpus 3.1 introduction 3.2 programming input and output 3.3 supervisor mode, exceptions, and traps 3.4 co-processors 3.5 memory system mechanisms 3.6 cpu performance 3.7 cpu power consumption 3.8 design example: data compressor 3.9 summary what we learned further reading questions lab exercises chapter4 computing platforms 4.1 introduction 4.2 basic computing platforms 4.3 the cpu bus 4.4 memory devices and systems 4.5 designing with computing platforms 4.6 consumer electronics architecture 4.7 platform-level performance analysis 4.8 design example: alarm clock 4.9 design example: audio player 4.10 summary. what we learned further reading questions lab exercises chapter 5 program design and analysis 5.1 introduction 5.2 components for embedded programs 5.3 models of programs 5.4 assembly, linking, and loading, 5.5 compilation techniques 5.6 program-level performance analysis 5.7 software performance optimization 5.8 program-level energy and power analysis and optimization 5.9 analysis and optimization of program size 5.10 program validation and testing 5.11 design example: software modem 5.12 design example: digital still camera 5.13 summary what we learned further reading questions lab exercises chapter 6 processes and operating systems 6.1 introduction 6.2 multiple tasks and multiple processes 6.3 multirate systems 6.4 preemptive real-time operating systems 6.5 priority-based scheduling 6.6 interprocess communication mechanisms 6.7 evaluating operating system performance 6.8 power optimization strategies for processes 6.9 example real-time operating systems 6.10 design example: telephone answering machine 6.11 design example: engine control unit 6.12 summary what we learned further reading questions lab exercises chapter 7 system design techniques 7.1 introduction 7.2 design methodologies 7.3 requirements analysis 7.4 specifications 7.5 system analysis and architecture design 7.6 quality assurance 7.7 summary what we learned further reading questions lab exercises chapter 8 networks and multiprocessors 8.1 introduction 8.2 why networks and multiprocessors? 8.3 categories of multiprocessors 8.4 distributed embedded systems 8.5 mpsocs and shared memory multiprocessors 8.6 design example: video accelerator 8.7 application example: compact disc 8.8 summary what we leamed further reading questions lab exercises glossary references index
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