ARM.SoC.Architecture

Design 8 9 register transfer level design 10 mutual

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Unformatted text preview: store instructions 57--8 locking 379-80 movement operations 51 operands 50-2, 53 protection unit 294-8 transfer instructions 130-37, 139-41, 165-6 transfer level design 10 use convention 177 windows 37 reorder buffer 387 reset controller 222 Reset-Set (R-S) flip-flop 402 resource allocation 292, 315 restartable instructions 287 result returns 179 ripple-carry adder 88 RISC (Reduced Instruction Set Computer) 1, 20, 24-8, 35-6 Berkeley RISC designs 37 ROM (Read Only Memory) 20 Roman numerals 153 RTL design 9 Ruby II Advanced Communication Processor 348--9 run-time environment 185 SA-110 see StrongARM SA-110 SA-1100 368-71 scatternets 356 scheduling 291 section translation 303--4 segmentation 284--5 self-timed design 375--7 self-timed digital systems 374 self-timed signalling 376 semantic gap 19 semaphore 131 sequential circuits 402 sequential memory access 212-13,320 set-associative cache 275-7 shifted register operands 53 short integers 157 signal processing support 239-45 signalling 376-7 signed byte data transfer instructions 128-30 signed integers 155 single precision numbers 159 single word data transfer instructions 125--8 single-cycle execution 38 single-user systems 292--3 SO-interface 350 soft macrocells 100-1 soft memory errors 143--4 software development tools 43-7 software interrupt 117-19,194-5 software tools 239 sound systems 361 SPSRs (Saved Program Status Register) 106, 107 stack addressing 17, 60--1 behaviour 182--3 chunked stack model 182 and memory use 180 stack-limit checking 178 Standard Test Access Port 226 Stanford MIPS 37 static instruction frequency 21 .status register 132-3...
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This document was uploaded on 10/30/2011 for the course CSE 378 380 at SUNY Buffalo.

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