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UNIT 1 | COMPUTER ORGANISATION & ARCHITECTURE

1.4 Instruction Format

In this comprehensive course, we delve into the fundamental elements that make up the backbone of computers. From understanding the basic structure of computers to exploring intricate details of CPU, ALU, I/O systems, buses, and control units, this course equips you with essential knowledge to grasp the inner workings of computers.

1.1 Introduction to Basic Structure of Computer: Explore the foundational concepts that define the structure of computers.

1.2 Structure of Desktop Computer: Computer Organization and Computer Architecture
Functional Unit of Computer.

1.3 CPU: Uncover the heart of the computer with in-depth discussions on CPU types, organization, and architecture.

1.4 Instruction Format: Dive into the various instruction formats, including Three Addresses, Two Addresses, One Address, Zero Address, and RISC Instructions. Solve real-world problems to reinforce your understanding.

1.5 ALU: Understand the Arithmetic Logic Unit, a crucial component in processing data within a computer.

1.6 I/O System: Explore Input/Output systems and their significance in computer functionality.

1.7 Bus: Learn about Bus Structures, Synchronous and Asynchronous Buses, and Bus Arbitration methods such as Centralized Arbitration, Daisy Chaining, Polling, and Independent Request.

1.8 Register Transfer Language: Explore the language used for data transfer between registers.

1.9 Bus and Memory Transfer: Understand the process of transferring data between buses and memory.

1.10 Concept of Instruction: Delve into the core concept of instructions, and their types, and solve problems based on instruction formats.

1.11 Addressing Mode: Uncover different addressing modes like Implied, Immediate, Register, Register Indirect, Auto Increment/Decrement, Direct, Indirect, Relative, Indexed, and Base Register.

1.12 Micro Instruction Format: Get acquainted with the microinstruction format.

1.13 Micro Instruction Types: Explore various types of microinstructions.

1.14 Instruction Cycle: Understand the sequence of operations involved in executing an instruction.

1.15 Hardwired Control Unit: Distinguish between hardwired and microprogrammed control units.

1.16 Microprogrammed Control Unit: Learn about control units programmed using microinstructions.

1.17 Hardwired CU vs. Microprogrammed Control: Compare the two control unit types.

1.18 Microprogram Sequencer and Control Memory: Understand the sequencing and execution of microinstructions.

1.19 Microinstruction Sequencing and Execution: Explore the intricacies of microinstruction sequencing and execution.

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