Berkeley COMPSCI 61C - Lecture Notes

Lecture 24 - Review Pipelined Execution

6 pages

Lecture Notes

42 pages

Lecture 14 ­ Input/Output

28 pages

Lecture 19

6 pages

Lecture Notes

36 pages

Lecture Notes

27 pages

SIMD II

8 pages

The Datacenter as a Computer

120 pages

C/Assembler Arithmetic and Memory Access

34 pages

Lecture Notes

27 pages

Lecture Notes

28 pages

Lecture Notes

38 pages

Lecture Notes

5 pages

Lecture Notes

6 pages

Lecture Notes

13 pages

CS 61C Project

2 pages

Introduction to Synchronous Digital Systems

31 pages

Lecture Notes

36 pages

Lecture Notes

6 pages

Lecture Notes

36 pages

Midterm

7 pages

Lecture Notes

49 pages

Lecture 10 Floating Point, Part II and Miscellaneous

49 pages

Introduction to MIPS Data Transfer & Decisions I

4 pages

Lecture 20 - Datapath

9 pages

Combinational Logic & State

2 pages

Lecture Notes

24 pages

Lecture Notes

24 pages

Starting a Program Lecture 10

33 pages

Lecture Notes

30 pages

27LecSp11RAIDx6

9 pages

Lecture Notes

16 pages

Lecture Notes

7 pages

Representations of Combinational Logic Circuits

11 pages

Lecture Notes

32 pages

Introduction to MIPS Assembly language : Arithmetic

4 pages

Lecture Notes

23 pages

Lecture 26 – Single Cycle CPU Datapath II

16 pages

Lecture Notes

11 pages

Map Reduce Lecture 2

70 pages

Lecture Notes

10 pages

Instruction Level Parallelism— The Datapath

59 pages

Final Exam

15 pages

How to Connect from Home with Windows

3 pages

Instructions as Numbers

82 pages

Lecture Notes

27 pages

Lecture 10

9 pages

Lecture Notes

14 pages

Lecture 24 ­ Review Pipelined Execution

29 pages

Lecture 22 - Introduction to Performance

6 pages

Review of Cache/VM/TLB

39 pages

CPU Design

6 pages

Finite-State Machines

6 pages

Lecture Notes

42 pages

Lecture Notes

25 pages

Homework

7 pages

Lecture Notes

41 pages

Lecture 21 ­ Introduction to Pipelined Execution

39 pages

Lecture Notes

4 pages

Solutions and grading standards for exam 1

6 pages

FSMs and Logisim

6 pages

Lecture Notes

8 pages

Lecture Notes

4 pages

Lecture Notes

12 pages

Lecture 12

38 pages

Introduction to C

32 pages

Lecture Notes

22 pages

C Memory Management

31 pages

Finite State Machines

5 pages

Lecture 7

31 pages

Lecture 17

40 pages

Lecture Notes

4 pages

Strings & Structs

5 pages

Introduction to the C Programming Language

4 pages

Introduction

24 pages

Lecture Notes

13 pages

Lecture Notes

12 pages

Introduction to C (Part II)

50 pages

Lecture Notes

24 pages

Lecture 13

24 pages

State Elements - Circuits that Remember

10 pages

Single Cycle MIPS CPU

9 pages

Lecture 14 MIPS Instruction Representation II

24 pages

State Elements - Circuits That Remember

20 pages

Thread Level Parallelism

63 pages

Mapping PL Objects to the Machine – managing the address space

21 pages

Lecture Notes

28 pages

Lecture Notes

27 pages

Lecture Notes

31 pages

Introduction to Synchronous Digital Systems

5 pages

Lecture Notes

25 pages

Redundant Arrays of Inexpensive Disks

53 pages

Lecture 13

4 pages

Lecture Notes

6 pages

Lecture Notes

24 pages

Lecture Notes

28 pages

Lecture Notes

5 pages

Lecture Notes

5 pages

Lecture Notes

29 pages

Lecture Notes

36 pages

Lecture Notes

28 pages

Lecture Notes

24 pages

Lecture Notes

28 pages

Lecture Notes

50 pages

Machine Structures Midterm I

14 pages

Lecture 21 – State Elements

20 pages

Lecture Notes

24 pages

Lecture 14 MIPS Instruction Representation II

4 pages

Lecture Notes

37 pages

Lecture Notes

24 pages

Lecture Notes

5 pages

Representations of Combinational Logic Circuits

10 pages

Lecture 19

24 pages

Lecture Notes

27 pages

Introduction to MIPS Procedures II & Logical Ops

36 pages

CS61c - Introduction to Synchronous Digital Systems

9 pages

Lecture Notes

19 pages

Lecture 1 – Introduction

5 pages

Lecture Notes

40 pages

Introduction to MIPS Data Transfer & Decisions I

25 pages

Lecture Notes

24 pages

What is an Operating System

16 pages

Mapping PL Objects to the Machine – managing the address space

21 pages

Lecture Notes

14 pages

Final Exam

11 pages

Lecture 10

9 pages

ntroduction to MIPS Instruction Representation III

4 pages

Homework

5 pages

Final Exam Answers

14 pages

Lecture 29 Performance & Parallel Intro

6 pages

Lecture 34 Caches III

25 pages

Lecture 18 ­ Caches

42 pages

Number Representation

40 pages

Thread Level Parallelism

11 pages

Introduction to C (Part I)

41 pages

Introduction to Synchronous Digital Systems

31 pages

Lecture 36 VM II

24 pages

Caches

7 pages

Lecture Notes

36 pages

Introduction to C

34 pages

C Memory Management

25 pages

Pipelining II

41 pages

MIPS Decisions

5 pages

Great Ideas in Computer Architecture

14 pages

Lecture Notes

33 pages

Pipelined Execution, part I

4 pages

C Pointers and Arrays

11 pages

MIPS Instruction Representation II

24 pages

Penitium III, IV and other PC buzzwords

7 pages

Introduction to Synchronous Digital Systems

16 pages

Parallel Computing

4 pages

Performance II

27 pages

Lecture 17 - Caches, Part I

8 pages

New-­School Machine Structures

10 pages

Lecture Notes

27 pages

Lecture 25 CPU design

22 pages

ModelSim Installation & Tutorial

5 pages

Lecture Notes

28 pages

Lecture 2 – Number Representation

30 pages

Lecture Notes

24 pages

Lecture Notes

7 pages

Lecture Notes

12 pages

MIPS Memory & Decisions

42 pages

Lecture 4 – Introduction to C

30 pages

Lecture 9

24 pages

Lecture Notes

24 pages

Lecture 27 – Single Cycle CPU Datapath, with Verilog II

24 pages

Lecture 17 Instruction Representation III

5 pages

Instruction Representation III

25 pages

Lecture Notes

25 pages

Lecture Notes

39 pages

Number Representation

24 pages

Functions, Procedures in C/Assembly Language

29 pages

Lecture Notes

42 pages

Lecture Notes

38 pages

Lecture Notes

4 pages

Verilog Green Card

3 pages

Switches, Transistors, Gates, Flip-­‐Flops

9 pages

Other Instruction Sets: HP­PA and Intel x86

34 pages

Lecture Notes

9 pages

Introduction to C

33 pages

Introduction to C

28 pages

Lecture Notes

40 pages

Lecture 43 Summary & Goodbye

3 pages

Lecture 35 VM II

25 pages

Lecture 1

28 pages

Running a Program

4 pages

Introduction to MIPS Assembly language Arithmetic

23 pages

lec01 - intro

5 pages

Lecture 13 MIPS Instruction Representation I

26 pages

Lecture 25

10 pages

Lecture 12

8 pages

Lecture 3 – Introduction to the C Programming Language

23 pages

Lecture 36 VM II

4 pages

Lecture 15 – Floating Point I

26 pages

MIPS Memory & Decisions

7 pages

Lecture 5 – C Memory Management

25 pages

Floating Point II

4 pages

Lecture 20 – Introduction to Synchronous Digital Systems

16 pages

From C to MIPS

31 pages

Lecture Notes

24 pages

Lecture Notes

6 pages

EMACS Quick Reference

4 pages

Lecture Notes

24 pages

Lecture 15 Floating Point I

25 pages

Lecture Notes

47 pages

Number Representation

30 pages

Lecture Notes

34 pages

Lecture Notes

36 pages

Lecture Notes

6 pages

CS 61C Final Exam Review

13 pages

Lecture Notes

18 pages

Lecture 18

9 pages

Lecture Notes

22 pages

Lecture 28 – Single Cycle CPU Control I

21 pages

Lecture 3 – Introduction to the C Programming Language

26 pages

C Memory Management

30 pages

Lecture Notes

25 pages

Lecture Notes

55 pages

Lecture Notes

43 pages

Introduction to MIPS Assembly language : Arithmetic

23 pages

What is an Operating System

16 pages

Introduction to MIPS Instruction Representation III

24 pages

Machine Representation/Numbers Lecture 3

6 pages

Lecture 5 - Decisions in C/Assembly Language

5 pages

Introduction to Synchronous Digital Systems

7 pages

Lecture Notes

3 pages

Lecture Notes

16 pages

Lecture Notes

7 pages

Caches III

24 pages

Lecture 16

30 pages

Course Introduction

60 pages

Lecture 42 – Parallel Computing

25 pages

Lecture 5 – C Structs & Memory Mangement

12 pages

C Memory Management

22 pages

Lecture Notes

30 pages

Lecture 2

25 pages

Introduction to MIPS Assembly language : Arithmetic

23 pages

C Pointers & Arrays

30 pages

Lecture 26

40 pages

MIPS Instruction Representation II

4 pages

Performance & Parallel Intro

47 pages

VM II

4 pages

Introduction to MIPS Instruction Representation II

23 pages

Lecture 23 – Combinational Logic Blocks

22 pages

Memory Management

41 pages

C Memory Management

4 pages

Lecture 11 - Starting a Program

7 pages

Introduction to MIPS Data Transfer & Decisions I

24 pages

Lecture 26 Review of Cache

10 pages

Midterm

10 pages

Lecture 12

28 pages

C Memory Management

21 pages

Lecture 25 - CPU Design: A Gentle Introduction

12 pages

C Memory Management

22 pages

Introduction to MIPS Decisions II

24 pages

Homework

2 pages

Lecture Notes

36 pages

Introduction to C

6 pages

Introduction to MIPS Procedures I

4 pages

Lecture Notes

36 pages

CPU Design : Pipelining to Improve Performance II

34 pages

C Memory Management

32 pages

Lecture 4 – C Pointers and Arrays

11 pages

C Memory Management

33 pages

Lecture Notes

23 pages

Lecture 19

9 pages

CS61c – Final Review

17 pages

Lecture Notes

4 pages

Final Exam

8 pages

CS61C Midterm

11 pages

MIPS Instruction Format

48 pages

Great Ideas in Computer Architecture

50 pages

Lecture Notes

29 pages

Lecture Notes

4 pages

Lecture Notes

30 pages

Lecture Notes

16 pages

Lecture 19

34 pages

Lecture Notes

26 pages

CS 61C Section 13 - Caches

3 pages

CS61C Midterm 1

9 pages

Introduction to Synchronous Digital Systems

16 pages

Lecture 13 ­ Input/Output: Polling and Interrupts

32 pages

Lecture Notes

45 pages

Lecture Notes

4 pages

Introduction to the C Programming Language

27 pages

Solutions and grading standards for exam 2

10 pages

Lecture Notes

13 pages

Lecture Notes

28 pages

Lecture Notes

28 pages

Introduction to MIPS Data Transfer & Decisions I

24 pages

Introduction to C (Part II)

30 pages

Lecture Notes

4 pages

Lecture Notes

4 pages

Lecture 5 ­ Decisions in C/Assembly Language

26 pages

Lecture Notes

4 pages