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CS 61C at UC Berkeley - Fall 2022

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2024-02-03 16:58:31

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地址：https://inst.eecs.berkeley.edu/~cs61c/fa22/ 伯克利 CS61 系列的最后一门课程，深入计算机的硬件细节，带领学生逐步理解 C 语言是如何一步步转化为 RISC-V 汇编并在 CPU 上执行的。会涉及到流水线、Cache、虚存以及并发相关的内容本课程涵盖的主题包括 C 语言和汇编语言编程、高级程序到机器语言的翻译、计算机组成、缓存、性能测量、并行性、CPU 设计、仓储规模计算以及相关主题。

计算机科学

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Lecture 1: Intro

47:41

Lecture 2: Number Representation

50:00

Lecture 3 C Intro - Basics

48:13

Discussion 1: Number Representation

53:57

Lecture 4: C Intro - Pointers, Arrays,Strings

50:09

Lecture 5: Memory(Mis)Management

50:09

Discussion 2: C

01:47:15

Lecture 6: Floating Point

50:15

Lecture 7: Intro to Assembly Language RISC-V

50:27

Lecture 8: RISC-V DataTransfer

50:30

Discussion 3: Floating Point

51:50

Lecture 9: RISC-V Decision Making Logic Ops

51:29

Lecture 10: RISC-V Procedures

51:51

Lecture 11: RISC-V Instruction Formats I

50:46

Discussion 4: RISC-V Intro, Control Flow

41:51

Lecture 12: RISC-V Instruction Formats II

51:39

Lecture 13: Compiler,Assembler,Linker,Loader

50:49

Lecture 14 Intro to Synchronous Digital Systems

50:17

Discussion 5: RISC-V Procedures, ISA, CALL

40:46

Lecture 15 Combinational Logic

54:01

Lecture 16 SDS State,FSMs

54:45

Lecture 17: Combinational Logic Blocks

50:51

Discussion 6: SDS, Logic FSM

47:12

Lecture 18: RISC-V Single Cycle Datapath I

53:28

Lecture 19: RISC-V Single Cycle Datapath II

54:28

Lecture 20: RISC-V Single-Cycle Control

50:48

Discussion 7: Single-Cycle Datapath

43:17

Lecture 21: RISC-V 5-Stage Pipeline I

49:56

Lecture 22: RISC-V 5-Stage Pipeline II,Hazards

52:12

Lecture 23: RISC-V 5-Stage Pipeline III,Hazards

51:06

Discussion 8: Pipelining, Hazards

48:49

Lecture 24: Caches - Direct Mapped I

49:32

Lecture 25: Caches-Direct Mapped II

57:30

Lecture 26: Caches - MultiLevel

53:02

Discussion 9: Caches

47:32

Lecture27: Caches - Set - associative,Performance with Caches

53:28

Lecture 28: Flynn Taxonomy, SIMD

50:31

Lecture 29: Parallelism I: Thread-leve Parallelism

53:47

Discussion 10: Multi-Level Caches, AMAT

41:21

Lecture 30: Parallelism II: OpenMP,Sharing lssues

52:28

Lecture 31: Parallelism III: Cache Conherence, Performance

53:35

Lecture 32: VM I: Intro

50:47

Discussion 11: Parallelism, Coherency, and Atomic

44:14

Lecture 33: VM II: Page Faults,Multileve,Interrupts/Exceptions

53:08

Lecture 34: VM III: TLB

51:16

Lecture 35: VM Performance, I/O

54:04

Lecture 36: MapReduce, Spark, Amdahl's Law,Date-level Parallelism

52:55

Lecture 37: Dependability,Parity,ECC,RAID

01:09:04

Lecture 38: Data centers,Warehouse Scale computing

50:06

Lecture 39: Guest Lecture with James Percy from Apple

50:52

Lecture 40: Summary, What's Next?

43:16

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