Computer Architecture
1.MIPS Instructions #1
CISC : Complex -> 명령어 하나가 여러 job (x86)RISC : Reduced -> 명령어 하나가 하나의 job (MIPS, ARM)
2.MIPS Instructios #2
1. MIPS Instruction Fields
3.MIPS Instructions #3
1. Data Transfer Instructions 2. 메모리
4.MIPS Instructions #4
1. 상수 0
5.MIPS Instructions #5
1. MIPS Logical Instructions 2. R-format Instruction
6.MIPS Instructions #6
1. Why Branch? 2. Branch Instructions in MIPS
7.MIPS Instructions #7
1. Procedure (Function) Procedure call 'J-format instruction' Return Instruction 'jr'
8.Performance
컴퓨터 성능을 최대화하기 위해 execution(response time)을 줄이고 싶음=> performance(성능) = 1 / execution time(실행 시간)=> 성능, 실행 시간은 역수 관계!Execution time: seconds per program
9.Multiplication / Floating Point
1. Multiplication 2. Floating Point(부동 소수점) Floating-Point Addition
10.Single-Cycle MIPS #1
1. Introduction
11.Single-Cycle MIPS #2
1. ALU 2. Control Unit
12.Pipeline MIPS #1
Pipeline Pipelining and ISA Design Hazards (다음 사이클에 다음 명령어 실행 못하는 것) Structure Hazards Data Hazards Control Hazards
13.Pipeline MIPS #2
14.Pipeline MIPS #3
Forwarding
15.Cache #1
Cache Basic Cache Operation Direct Mapped Cache Handling Writes hit vs miss
16.Cache #2
Reducing Cache Miss Rate
17.Virtual Memory #1