Instruction level parallelism

Part 2 book "Computer organization and architecture designing for performance" includes contents: Instruction sets - Addressing modes and formats; processor structure and function; reduced instruction set computers (riscs); instruction level parallelism and superscalar processors, control unit operation; microprogrammed control; parallel processing; multicore computers.

459p dianmotminh01 14-05-2024 1 0   Download

Ebook Computer organization and architecture: Designing for performance (6th ed ) - Part 2 includes contents: Chapter 11 instruction sets: addressing modes and formats, chapter 12 processor structure and function, chapter 13 reduced instruction set computers (RISCs), chapter 14 instruction-level parallelism and superscalar processors, chapter 15 control unit operation, chapter 16 microprogrammed control, chapter 17 parallel processing, chapter 18 multicore computers.

241p haojiubujain010 14-12-2023 1 0   Download

Continued part 1, part 2 of book "Compilers: Principles, Techniques, and Tools (Second Edition)" provide students with knowledge about: object-code generation, construction of basic blocks, generation of code from expressions and basic blocks, and register-allocation techniques; introduces the technology of code optimization, including ow graphs, data- ow frameworks, and iterative algorithms for solving these frameworks; instruction-level optimization; talks about larger-scale parallelism detection and exploitation;...

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Advanced Computer Architecture - Lecture 12: Instruction level parallelism. This lecture will cover the following: introduction to multi cycle pipelined datapath; longer pipelines – FP instructions; loop level parallelism; FP loop hazards; typical MIPS FP pipeline; hazards in longer latency pipeline;...

38p haoasakura 30-05-2022 13 4   Download

Advanced Computer Architecture - Lecture 11: Computer hardware design. This lecture will cover the following: pipeline and instruction level parallelism; structural hazards; data hazards; control hazards; pipelining the R-type and load instruction; branch prediction; multiple streams;...

48p haoasakura 30-05-2022 8 3   Download

Advanced Computer Architecture - Lecture 13: Instruction level parallelism. This lecture will cover the following: out-of-order execution; problems of out-of-order execution; dynamic scheduling; scoreboard technique; simple pipelined datapath facilitates; MIPS 5-stage pipeline;...

62p haoasakura 30-05-2022 13 3   Download

Advanced Computer Architecture - Lecture 14: Instruction level parallelism. This lecture will cover the following: dynamic scheduling; tomasulo’s approach; scoreboard vs. tomasulo’s approach; tomasulo's algorithm; FP adder reservation station; FP multiplier reservation station;...

79p haoasakura 30-05-2022 13 4   Download

Advanced Computer Architecture - Lecture 16: Instruction level parallelism. This lecture will cover the following: correlating branch predictors; tournament predictor; high performance instruction delivery – branch target buffer; hardware intensive approaches; predictor increases misprediction rate;...

52p haoasakura 30-05-2022 12 4   Download

Advanced Computer Architecture - Lecture 17: Instruction level parallelism. This lecture will cover the following: high-performance instructions delivery - multiple issue; high-performance processors; branch target buffer; integrated instruction fetch units; return address predictors; multiple instruction-issue processors;...

42p haoasakura 30-05-2022 12 4   Download

Advanced Computer Architecture - Lecture 15: Instruction level parallelism. This lecture will cover the following: dynamic branch prediction; branch prediction buffer; examples of branch predictor; predicated execution can reduce number of branches, number of mispredicted branches;...

41p haoasakura 30-05-2022 9 3   Download

Advanced Computer Architecture - Lecture 18: Instruction level parallelism. This lecture will cover the following: hardware-based speculations and exceptions; speculating on the outcome of branches; extension in the tomasulo’s hardware; handling exceptions; modified hardware including ROB;...

77p haoasakura 30-05-2022 14 3   Download

Advanced Computer Architecture - Lecture 19: Instruction level parallelism. This lecture will cover the following: limitations of ILP and conclusion; hardware model; effects of branch/jumps; finite registers; performance of Intel P6 Micro-Architecture-based processors; thread-level parallelism;...

66p haoasakura 30-05-2022 12 3   Download

Advanced Computer Architecture - Lecture 20: Instruction level parallelism. This lecture will cover the following: software approaches to exploit ILP; basic compiler techniques; loop unrolling and scheduling; static branch prediction; multiple-instruction-issues per cycle processors;...

65p haoasakura 30-05-2022 12 3   Download

Advanced Computer Architecture - Lecture 21: Instruction level parallelism. This lecture will cover the following: static multiple issue: VLIW approach; detecting and enhancing loop level parallelism; software pipelining; multiple-issue overheads; VLIW/EPIC processor;...

92p haoasakura 30-05-2022 9 3   Download

Advanced Computer Architecture - Lecture 22: Instruction level parallelism. This lecture will cover the following: software pipelining and trace scheduling; eliminating dependent computations; superblocks; reducing dependent computations; uncovering instruction level parallelism;...

85p haoasakura 30-05-2022 10 3   Download

Advanced Computer Architecture - Lecture 23: Instruction level parallelism. This lecture will cover the following: hardware support at compile time; conditional/predicated instructions; H/W based compiler speculation; conditional move instruction; predicated load instructions;...

62p haoasakura 30-05-2022 10 3   Download

Advanced Computer Architecture - Lecture 24: Instruction level parallelism. This lecture will cover the following: concluding instruction level parallelism; compile time H/W support; to preserve exceptions - typical examples; for memory reference speculation; speculation mechanism;...

82p haoasakura 30-05-2022 12 3   Download

Advanced Computer Architecture - Lecture 31: Memory hierarchy design. This lecture will cover the following: reducing miss penalty or miss rate using parallelism; reducing hit time; non-blocking caches; hardware prefetch; software (compiler controlled) prefetch; pipelined cache access; trace caches;...

50p haoasakura 30-05-2022 13 3   Download

Advanced Computer Architecture - Lecture 45: Putting it all together. This lecture will cover the following: introduction and quantitative principles; instruction set architecture; computer hardware design; instruction level parallelism – dynamic; instruction level parallelism – static; memory hierarchy system;...

58p haoasakura 30-05-2022 9 4   Download

Lecture Advanced computer architecture: Lesson 21. The main topics covered in this chapter include: data dependence distances, SRC hazard correction data forwarding, RTL for data forwarding, data forwarding hardware, difference between pipelining and instruction-level parallelism;...

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