Episode 95: How Computers Work Part V - Assembly Language and the Operating System

1

Introduction

00:00 • 5min

2

The Benefits of Cashe Memory

04:56 • 4min

3

The Benefits of Casing

09:14 • 4min

4

How Can I Get Branch Prediction to Be Accurate?

13:21 • 2min

5

Using Conditional Branch O Predictions in Programming

15:01 • 2min

6

Using Out of Order Execution to Improve Computer Performance

17:29 • 2min

7

Parallel Processing Is an Important Technique for Increasing Performance

19:41 • 4min

8

How to Write a Programmable Programming Language Into a Machine Code

23:59 • 4min

9

Using Symbols in Assembler Programming

28:11 • 2min

10

The Limitations of Linking Different Assembler Programs Into One Binder Executable

30:13 • 2min

11

How to Interact With a Computer Program

32:23 • 2min

12

The Operating System for Personal Computers

34:48 • 4min

13

How to Run Multiple Programmes on a System at the Same Time

38:33 • 3min

14

Getting Your Operating System Back Into Kelonel Mode

41:08 • 2min

15

What Is a System Call?

43:22 • 4min

16

How to Read From a Keyboard Using a Memory Controller

47:08 • 3min

17

The Hardware Behind Mouses and Keyboards and Monitors

49:51 • 2min

18

How Does an Interrupt Handler Work?

51:26 • 5min

19

The Processor Isn't Managing Input and Output Operations

55:59 • 2min

20

How Does a Memory Management Unit Work?

58:09 • 4min

21

The Memory Management Unit Keeps Track of the Memory Addresses in the Hardware

01:01:53 • 2min

22

The Process Management of the Operating System

01:04:12 • 2min

23

How Does the Operating System Get Back Control of a Processor?

01:06:22 • 2min

24

How Does the Operating System Control the Processor?

01:08:25 • 2min