Lecture Advanced computer architecture

Advanced Computer Architecture - Lecture 1: Introduction. This course of Advanced Computer Architecture has been developed with the assumption that the students have basic knowledge of: digital logic design, computer organization and design, programming model of microprocessor; memory and input/output interfacing with the microprocessor and fundamentals of Computer Architecture;...

40p haoasakura 30-05-2022 18 4   Download

Advanced Computer Architecture - Lecture 2: Quantitative principles. This lecture will cover the following: detailed discussion on the computer performance – the key to quantitative design and analysis; growth in processor performance; price-performance design; CPU performance metrics;...

44p haoasakura 30-05-2022 14 4   Download

Advanced Computer Architecture - Lecture 7: Computer hardware design. This lecture will cover the following: basics of computer hardware design; single cycle design: data path design, control design; processor design steps; datapath implementations; typical unibus datapath structure;...

42p haoasakura 30-05-2022 17 4   Download

Advanced Computer Architecture - Lecture 8: Computer hardware design. This lecture will cover the following: multi cycle datapath and control design; example of single cycle design; multi cycle design - datapath; hardware design principles; controller FSM spec; sequencer-based control unit;...

43p haoasakura 30-05-2022 13 4   Download

Advanced Computer Architecture - Lecture 9: Computer hardware design. This lecture will cover the following: multi cycle and pipeline - datapath and control design; features of multi cycle design; multi cycle control design; introduction to pipeline datapath; high level view of multiple cycle datapath;...

30p haoasakura 30-05-2022 11 4   Download

Advanced Computer Architecture - Lecture 10: Computer hardware design. This lecture will cover the following: pipeline datapath and control design; features of pipelined processor; pipelining lessons; pipelined processor design; pipelined registers included; multiple cycle verses pipeline – pipeline enhances performance;...

26p haoasakura 30-05-2022 12 4   Download

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 3: Quantitative principles (Cont’d). This lecture will cover the following: design for performance; I/O performance; laws and principles; performance enhancement; concluding: quantitative principles;...

17p haoasakura 30-05-2022 7 3   Download

Advanced Computer Architecture - Lecture 4: Instruction set principles. This lecture will cover the following: ISA taxonomy; memory addressing modes; types of operands; types of operations; detailed discussion on the instruction set principles and their examples;...

35p haoasakura 30-05-2022 12 3   Download

Advanced Computer Architecture - Lecture 5: Instruction set principles (Cont'd). This lecture will cover the following: encoding instructions and MIPS Instruction format; instruction set encoding; MIPS instruction set; instruction word types; hybrid length taxonomy;...

36p haoasakura 30-05-2022 10 3   Download

Advanced Computer Architecture - Lecture 6: Instruction set principles (Cont'd). This lecture will cover the following: ISA performance analysis, fallacies and pitfalls; DSP media operations; ISA performance; putting it all together; media and signal processing operations;...

36p haoasakura 30-05-2022 14 3   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 27: Memory hierarchy design. This lecture will cover the following: cache design techniques; cache performance metrics; cache designs; addressing techniques; CPU clock cycles; memory stall cycles; block size tradeoff; categories of cache organization;...

54p haoasakura 30-05-2022 27 4   Download

Advanced Computer Architecture - Lecture 32: Memory hierarchy design. This lecture will cover the following: main memory performance; virtual memory performance; destination virtual memory; DRAM logical organization; double data rate DRAM; optimizes sequential access; avoid handshaking; multiprocessor demand higher bandwidth;...

56p haoasakura 30-05-2022 12 4   Download