Computer Organisation and Architecture - Vol 2
Engineering · 31 chapters · 439 sections · about 299 hours
Chapters
31 chapters · 439 sections- 1Flags and Conditional Instructions14 sections
- 2Signed Arithmetic and Overflow19 sections
- 3Understanding Overflow in Signed and Unsigned Arithmetic15 sections
- 4Instruction: Procedure CALL/RETURN9 sections
- 5Procedure Call Overview15 sections
- 6Control Unit15 sections
- 7Overview of the Module17 sections
- 8Fetch Stage10 sections
- 9Prof. Jatindra Kr. Deka16 sections
- 10Basic Architecture for a Single Unit Bus16 sections
- 11Introduction to Memory Operations14 sections
- 12Computer Organization and Architecture: A Pedagogical Aspect9 sections
- 13Instruction Fetch and Execution18 sections
- 14Handling Different Addressing Modes18 sections
- 15Indirect Mode16 sections
- 16Handling Control Transfer Instructions14 sections
- 17Unconditional Jump Instruction12 sections
- 18Unit Summary11 sections
- 19Finite State Machine Implementation for ADD R1,M14 sections
- 20Lecture - 2120 sections
- 21Micro-Programmed Control Unit10 sections
- 22Micro-program Control Unit Overview18 sections
- 23Vertical and Horizontal Micro-Programs18 sections
- 24Organization and Optimization of Microprogrammed controlled Control Unit12 sections
- 25Introduction to Micro Programs and Optimization11 sections
- 26Execution of Macro Instructions15 sections
- 27Fourth Case: Explicit Jump17 sections
- 28Different Internal CPU Bus Organization11 sections
- 29Three Bus Architecture14 sections
- 30Examples of Multiple Bus Architecture9 sections
- 31Memory and Bus Architecture12 sections
About this course
Computer organization describes the hardware components and their interconnections, while computer architecture defines the attributes visible to the programmer, such as instruction sets and data types.