TAILIEUCHUNG - Hardware and Computer Organization- P18

Hardware and Computer Organization- P18:Today, we often take for granted the impressive array of computing machinery that surrounds us and helps us manage our daily lives. Because you are studying computer architecture and digital hardware, you no doubt have a good understanding of these machines, and you’ve probably written countless programs on your PCs and workstations. | Index speculative execution 366 SRAM 6 372 stack 211 and subroutines 216 implementation options 308 full ascending 308 full descending 309 empty ascending 309 empty descending 309 operations 306 LDM 307 STM 307 pointer 172 segment SS register 274 standard cells 346 standard memory module SIMM 6 Standard Performance Evaluation Corporation 404 state dependency 73 state machine 61 84 state transition diagram 84 static memory 143 RAM SRAM 6 145 random access memory SRAM 6 372 status bus 125 status register 173 STM 307 storage register 83 stored charge 145 stores 298 string manipulation 285 successive approximation 336 343 superscalar architecture 356 supervisor mode 216 300 301 supervisor stack pointer 216 SWITCH 210 synchronous dynamic random access memory 143 system-on-silicon 296 system interface bus SCSI 5 system mode 300 system vectors 291 328 T tag 377 tag memory 378 Teesside assembler 182 Temporal locality 374 tera 8 Teramac 428 text editor 168 three-terminal device 18 throughput 362 thumb mode bit 299 time critical 405 time sensitive 405 timing diagram 77 toggling 72 translation lookaside buffer TLB 391 TRAP 15 Instruction 240 TRAP instructions 200 tri-state TS 29 TRUE or FALSE 16 truth tables 35 44 two s complement 195 U UART 330 undefined mode 300 301 universal asynchronous receiver transmitter 330 universal serial bus USB 5 upper data strobe 165 USB 81 user mode 216 298 300 392 r13 stack pointer 298 r14 link register 298 r15 program counter 298 user stack pointer 216 V validity bit 383 391 vectors 327 Verilog 2 very large scale integration 115 VHDL 2 vias 16 virtual address 387 388 extension 387 memory 372 387 page number 390 391 VLSI 115 volatile 330 voltage divider 339 voltage to frequency 336 von Neumann architecture 355 von Neumann bottleneck 355 VXI 5 V bit 299 V BIT overflow 174 W wait state 150 WHILE 210 wired-AND 420 word 23 alignment 178 offset 390 write-around cache 386 write-back cache 386 write-through cache 386 X X86 instruction format 278 .

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