本课程介绍计算机的基本概念,包括数据的表示、指令集基础;介绍计算机基本运算的实现,包括整数与浮点数的加减法、乘除法。重点介绍计算机基本部件的设计与实现,包括CPU与存储器的结构与设计。
1.2 Eight great ideas
1.3 C code -> assembly code -> binary code
1.6 Performance: CPI * InstCount * Cycle time
1.7 Power wall
2.2 Arithmetic operations of MIPS
2.3 Operands of MIPS
2.4 Signed and unsigned numbers: integer representation
2.5 Instruction representation: 3 types of Insts
Fig. 2.6, Fig 2.17
2.7 Instructions for Making decision
2.8 Supporting Procedures in MIPS
2.11 Translating and staring a program
2.12 A C Sort example
3.3. Multiplication
3.4 Division
3.5 Floating Point
3.6 Subword Parallelism
4.2 Logic Design Conventions
4.3 Building a datapath
4.5 An Overview of pipelining
4.9 Exceptions
4.10 Parallelim via instructions: ILP (pipeline + multi-issue)
5.1 Introduction: Locality
5.3 The basics of Cache
5.4 Measure cache performance
5.7 Virtual memory
5.8 A Comman Framework for Memory Hierarchy: caching and virtual memory
5.14 Cache blocking
6.2 Difficulty in parallel programming
6.3 SISD, SIMD, MISD, SPMD and vector
6.4 hardware multithreading
6.5 multicore
6.12 Multiple processors