Survey of Advanced Microprocessors
System design using advanced 32-bit microprocessors differs significantly from that used for earlier 8-bit devices. Here are practical, qualitative explanations of the architectures and uses of these processors, including RISC systems, dedicated AI processors, and parallel processing systems.
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32 bits activity templates Address Register Indirect addressing modes advanced microprocessors algorithm arithmetic-logic unit array average distance Berkeley RISC block branch instruction branch target byte cache memory CHAN channel chip clock cycle concurrent contains control unit cube-connected cycle data bus data memory data register data types data-flow computer data-flow program decoding devices digital signal processor example execution unit fast memory fetch functions general-purpose registers GLOBAL REGISTER hardware high-level language implementation input instruction set integer Intel link3in linkOout LOAD logical address loop main memory microprocessors MIPS multiple multiprocessing node Occam on-chip opcode operand operations optimizing compiler output parallel parameters performance ports procedure processing element program counter queue register file register window result RISC architecture RISC processor segment shown in Fig specify stored struction throughput tion token topology transputer variables VLIW von Neumann architecture word