{ebook}Addison Wesley - Arm System-On-Chip Architecture, 2nd Edition

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An Introduction to Processor Design
1.1 Processor architecture and organization 2
1.2 Abstraction in hardware design 3
1.3 MU0 - a simple processor 7
1.4 Instruction set design 14
1.5 Processor design trade-offs 19
1.6 The Reduced Instruction Set Computer 24
1.7 Design for low power consumption 28
1.8 Examples and exercises 32

The ARM Architecture 35
2.1 The Acorn RISC Machine 36
2.2 Architectural inheritance 37
2.3 The ARM programmer's model 39
2.4 ARM development tools 43
2.5 Example and exercises 47

ARM Assembly Language Programming 49
3.1 Data processing instructions 50
3.2 Data transfer instructions 55
3.3 Control flow instructions 63
3.4 Writing simple assembly language programs 69
3.5 Examples and exercises 72

ARM Organization and Implementation 74
4.1 3-stage pipeline ARM organization 75
4.2 5-stage pipeline ARM organization 78
4.3 ARM instruction execution 82
4.4 ARM implementation 86
4.5 The ARM coprocessor interface 101
4.6 Examples and exercises 103

The ARM Instruction Set 105
5.1 Introduction 106
5.2 Exceptions 108
5.3 Conditional execution 111
5.4 Branch and Branch with Link (B, BL) 113
5.5 Branch, Branch with Link and eXchange (BX, BLX) 115
5.6 Software Interrupt (SWI) 117
5.7 Data processing instructions 119
5.8 Multiply instructions 122
5.9 Count leading zeros (CLZ - architecture v5T only) 124
5.10 Single word and unsigned byte data transfer instructions 125
5.11 Half-word and signed byte data transfer instructions 128
5.12 Multiple register transfer instructions 130
5.13 Swap memory and register instructions (SWP) 132
5.14 Status register to general register transfer instructions 133
5.15 General register to status register transfer instructions 134
5.16 Coprocessor instructions 136
5.17 Coprocessor data operations 137
5.18 Coprocessor data transfers 138
5.19 Coprocessor register transfers 139
5.20 Breakpoint instruction (BRK - architecture v5T only) 141
5.21 Unused instruction space 142
5.22 Memory faults 143
5.23 ARM architecture variants 147
5.24 Example and exercises 149

Architectural Support for High-Level Languages
6.1 Abstraction in software design 152
6.2 Data types 153
6.3 Floating-point data types 158
6.4 The ARM floating-point architecture 163
6.5 Expressions 168
6.6 Conditional statements 170
6.7 Loops 173
6.8 Functions and procedures 175
6.9 Use of memory 180
6.10 Run-time environment 185
6.11 Examples and exercises 186

The Thumb Instruction Set
7.1 The Thumb bit in the CPSR 189
7.2 The Thumb programmer's model 190
7.3 Thumb branch instructions 191
7.4 Thumb software interrupt instruction 194
7.5 Thumb data processing instructions 195
7.6 Thumb single register data transfer instructions 198
7.7 Thumb multiple register data transfer instructions 199
7.8 Thumb breakpoint instruction 200
7.9 Thumb implementation 201
7.10 Thumb applications 203
7.11 Example and exercises 204

Architectural Support for System Development 207
8.1 The ARM memory interface 208
8.2 The Advanced Microcontroller Bus Architecture (AMBA) 216
8.3 The ARM reference peripheral specification 220
8.4 Hardware system prototyping tools 223
8.5 The ARMulator 225
8.6 The JTAG boundary scan test architecture 226
8.7 The ARM debug architecture 232
8.8 Embedded Trace 237
8.9 Signal processing support 239
8.10 Example and exercises 245

ARM Processor Cores 247
9.1 ARM7TDMI 248
9.2 ARM8 256
9.3 ARM9TDMI 260
9.4 ARM10TDMI 263
9.5 Discussion 266
9.6 Example and exercises 267

Memory Hierarchy 269
10.1 Memory size and speed
10.2 On-chip memory
10.3 Caches
10.4 Cache design - an example
10.5 Memory management
10.6 Examples and exercises

Architectural Support for Operating Systems
11.1 An introduction to operating systems
11.2 The ARM system control coprocessor
11.3 CP15 protection unit registers
11.4 ARM protection unit
11.5 CP15 MMU registers
11.6 ARM MMU architecture
11.7 Synchronization
11.8 Context switching
11.9 Input/Output
11.10 Example and exercises

ARM CPU Cores
12.1 The ARM710T, ARM720T and ARM740T
12.2 The ARM810
12.3 The StrongARM SA-110
12.4 The ARM920T and ARM940T
12.5 The ARM946E-S and ARM966E-S
12.6 The ARM1020E
12.7 Discussion
12.8 Example and exercises

Embedded ARM Applications
13.1 The VLSI Ruby II Advanced Communication Processor
13.2 The VLSI ISDN Subscriber Processor
13.3 The OneC™ VWS22100 GSM chip
13.4 The Ericsson-VLSI Bluetooth Baseband Controller
13.5 The ARM7500 and ARM7500FE
13.6 The ARM7100 364
13.7 The SA-1100 368
13.8 Examples and exercises 371

The AMULET Asynchronous ARM Processors 374
14.1 Self-timed design 375
14.2 AMULET1 377
14.3 AMULET2 381
14.4 AMULET2e 384
14.5 AMULET3 387
14.6 The DRACO telecommunications controller 390
14.7 A self-timed future? 396
14.8 Example and exercises 397

Appendix: Computer Logic 399
Glossary 405
Bibliography 410
Index 413

person51

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lgechao

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lgechao

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lgechao

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lgechao

thnaks

ADC916

good 1

myra423

太谢谢啦！

ygece

楼主 太赞了  太感谢了

analogmind

好东西，多谢了