Computer Organization & Architecture | COA | Full Course | AKTU Syllabus (English)

   Monday, February 24, 2025   

Starting a new Lecture Notes Series on Computer Organization & Architecture | COA | Full Course | AKTU Syllabus

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Computer Organization & Architecture | COA | Full Course | AKTU Syllabus By Lecture Notes together!

Lecture 1: L - 1 | Unit - 1 | Digital Systems: Functional Units and their Interconnections | COA

Lecture 2: L - 2 | Unit - 1 | BUS, ITS ARCHITECTURE, AND TYPES | Computer Organization & Architecture

Lecture 3: L - 3 | Unit - 1 | Bus Arbitration | Computer Organization & Architecture

Lecture 4: L - 4 | Unit - 1 | Registers | Computer Organization & Architecture

Lecture 5: - 5 | Unit - 1 | Register Transfer & Memory Transfer | Computer Organization & Architecture

Lecture 6: L - 6 | Unit - 1 | Bus system using Multiplexer | Computer Organization and Architecture

Lecture 7: L - 7 | Unit - 1 | Bus sytem using Tri state Buffer | Computer Organization and Architecture

Lecture 8: L - 8 | Unit - 1 | Processor Organization | Computer Organization & Architecture

Lecture 9: L - 9 | Unit - 1 | General Registers Organization | Computer Organization and Architecture

Lecture 10: L - 10 | Unit - 1 | Stack Organization | Computer Organization & Architecture

Lecture 11: L - 11 | Unit - 1 | Addressing Modes | Computer Organization & Architecture

Lecture 12: L - 12 | Unit - 1 | Addressing Modes Numerical | Computer Organization & Architecture

Lecture 13: L - 13 | Unit - 2 | Number Systems: Number systems Conversion | Computer Organization & Architecture

Lecture 14: L - 14 | Unit - 2 | 1's Complement, 2's Complement and Signed Representation | COA

Lecture 15: L - 15 | Unit - 2 | Adders and Subtractors | Computer Organization & Architecture

Lecture 16: L - 16 | Unit - 2 | 4-bit Binary Parallel Adder Subtractor | Computer Organization & Architecture

Lecture 17: L - 17 | Unit - 2 | Carry Look Ahead Adder | Computer Organization & Architecture

Lecture 18: L - 18 | Unit - 2 | Array multiplier | Computer Organization and Architecture

Lecture 19: L - 19 | Unit - 2 | Booth's Multiplication Algorithm | Computer Organization and Architecture

Lecture 20: L - 20 | Unit - 2 | Division Restoring Method | Computer Organization and Architecture

Lecture 21: L - 21 | Unit - 2 | Division Non Restoring Method | Computer Organization and Architecture

Lecture 22: L - 22 | Unit - 2 | Floating Point Arithmetic Operation | Computer Organization and Architecture

Lecture 23: L- 23 | Unit - 2 | IEEE Standard for Floating Point Numbers | Computer Organization and Architecture

Lecture 24: L - 24 | Unit - 2 | Logic Operations and Shift Operations | Computer Organization and Architecture

Lecture 25: L - 25 | Unit - 2 | Arithmetic & Logic Unit Design | Computer Organization and Architecture

Lecture 26: L - 26 | Unit - 3 | Instruction Types | Computer Organization and Architecture

Lecture 27: L - 27 | Unit - 3 | Instruction formats | Computer Organization and Architecture

Lecture 28: L - 28 | Unit - 3 | Evaluation of expression using all instruction formats | COA

Lecture 29: L - 29 | Unit - 3 | Instruction Cycle and Sub cycle | Computer Organization and Architecture

Lecture 30: L - 30 | Unit - 3 | Execution of complete instruction | Computer Organization and Architecture

Lecture 31: L - 31 | Unit - 3 | Program Control | Computer Organization and Architecture

Lecture 32: L - 32 | Unit - 3 | CISC & RISC | Computer Organization and Architecture

Lecture 33: L - 33 | Unit - 3 | Arithmetic Pipelining | Computer Organization and Architecture

Lecture 34: L - 34 | Unit - 3 | Instruction Pipelining | Computer Organization and Architecture

Lecture 35: L - 35 | Unit - 3 | Hardwired Control Unit | Computer Organization and Architecture

Lecture 36: L - 36 | Unit - 3 | Micro Programmed Control Unit | Computer Organization and Architecture

Lecture 37: L - 37 | Unit - 3 | Microprogram Sequencing | Computer Organization and Architecture

Lecture 38: L - 37 | Unit - 3 | Microprogram Sequencing | Computer Organization and Architecture