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1. Introduction
0/3
1. Introduction : High Level Code vs Assembly Code vs Machine Code
10:37
2. Introduction : High Level Code vs Assembly Code vs Machine Code continued
10:50
3. Instruction Set of a Processor
10:13
2. RISC vs CISC
0/3
4. RISC vs CISC
16:17
5. RISC vs CISC continued
13:34
6. More Insights on RISC vs CISC
04:59
3. Basics of Computer Architecture
0/4
7. Important : Components of a CPU
11:46
8. Special purpose vs General purpose registers, Basics of Control Signals
13:16
9. How Instructions are represented in a computer using Binary Numbers
15:56
10. Various ways of representing the Addressing Mode Information in an Instruction
11:03
4. Register Addressing Mode
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11. Register Addressing Mode
09:55
12. Advantages and Disadvantages of Register Addressing Mode
11:09
5. Direct & Indirect Addressing Mode
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13. Direct Addressing Mode
09:53
14. Advantages and Disadvantages of Direct Addressing Mode
11:07
15. Indirect Addressing Mode
15:24
6. Immediate Addressing Mode
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16. Immediate Addressing Mode
08:08
17. When Immediate Addressing Mode is used
09:02
7. Register Indirect Addressing Mode and Auto Increment/ Decrement Addressing Mode
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18. Register Indirect Addressing Mode
14:04
19. Linear Access of elements of an array with Register Indirect Addressing Mode
17:00
20. Auto Increment Addressing Mode
11:53
21. Auto Decrement Addressing Mode, Pre vs Post Increment/Decrement Mode
06:45
8. Displacement Addressing Modes
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22. Various Displacement Addressing Modes
07:12
23. Indexed Addressing Mode
15:43
24. Base Addressing Mode
13:32
25. Base Addressing Mode continued
13:53
26. Summary : Base Addressing Mode vs Indexed Addressing Mode
11:29
27. PC Relative Addressing Mode
09:22
9. Implied Addressing Mode
0/1
28. Implied Addressing Mode
16:09
10. CPU Organization Types
0/7
29. Introduction : CPU Organization
09:07
30. General Register CPU Organization
07:38
31. Single Accumulator CPU Organization
16:14
32. Stack based CPU Organization
16:42
33. Stack based CPU Organization continued
17:01
34. More on Stack based CPU Organization
10:10
35. Memory Stack vs Register Stack CPU Organization
05:44
11. Basics of Number System
0/3
36. Number System from scratch
07:52
37. Convert Decimal to Any Number System
10:32
38. Convert Any Number System to Decimal Number System
10:05
12. Addition in Other Number Systems
0/3
39. How to perform Addition of 2 numbers in other number systems
14:17
40. Base 16 (Hexadecimal) Addition
09:04
41. Base 2 (Binary) Addition
04:10
13. Signed Number Representation : Sign Magnitude Representation
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42. Introduction to Signed Number Representation
14:38
43. Sign Magnitude Representation
15:32
44. Range and Number of numbers we can represent in Sign Magnitude Representation
09:25
14. Complements : Radix and Diminished Radix Complements
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45. Radix Complement and Diminished Radix Complements of a number in base b
12:27
46. Decimal Format of Largest Number possible with n bits in base b number system
12:22
47. Why Complement of Complement gives the original number
15:10
15. Signed Number Representation : 1’s Complement Representation
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48. 1’s Complement Representation Explained
09:07
49. Problem 1 on 1’s Complement Representation
06:30
50. Problem 2 on 1’s Complement Representation
02:49
51. Range of numbers we can represent with n bits in 1’s Complement Representation
15:24
52. Advantage of 1’s complement representation over sign magnitude representation
14:42
53. Minimum number of bits needed to represent a number
10:51
54. Minimum number of bits needed to represent a number 2
08:47
55. Overflow during 1’s complement addition
15:35
56. Overflow during 1’s complement addition continued
14:08
16. Signed Number Representation : 2’s Complement Representation
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57. 2’s Complement Representation Explained
14:03
58. Range of Numbers we can represent with n bits in 2’s Complement Representation
15:53
59. Another advantage of 2’s complement representation
13:08
60. Problem 1 on 2’s Complement Representation
06:14
61. Problem 2 on 2’s Complement Representation
05:02
62. Problem 3 on 2’s Complement Representation
01:57
63. Problem 4 on 2’s Complement Representation
05:13
17. Sign Bit Extension
0/9
64. Sign Bit Extension explained from scratch
65. Sign Bit Extension explained from scratch 2
10:53
66. Important Point to note
10:02
67. Problem 1
04:15
68. Problem 2
15:44
69. Problem 2 continued
04:15
70. Problem 3
02:33
71. Problem 4
04:12
72. Problem 5
01:45
Computer Organization and Architecture-Part 3
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