Instruction Design

This section covers the design of computer instructions, including various arithmetic and control instructions, along with their encoding.

Existing Instructions And New Instruction Sub M

This section discusses the design of a new instruction called SUB M, which is based on subtracting values stored in memory from the accumulator.

Memory Reference Vs Register Reference

This section discusses the differences between memory reference and register reference in instruction design, highlighting how operations use memory locations versus processor registers.

8 Registers And Their Utilization

This section discusses various register operations and instruction formatting in assembly and machine languages, highlighting their significance in processor architecture.

Instructions For Adding And Subtracting Registers

This section explains how to implement subtraction and addition operations with registers and memory locations in a processor's instruction set.

Increment And Decrement Instructions

This section explains the functionality and significance of increment and decrement instructions in a processor's instruction set.

Decrement Operation

This section discusses the design of instructions related to decrement operations in a processor, specifically focusing on the accumulator and memory interactions.

Increment Operation

This section discusses various increment and decrement operations on registers and memory in the context of a computer's instruction set.

Implementation Of Increment/decrement Without Alu

This section discusses the implementation of increment and decrement operations in processors without utilizing the ALU.

Control Instructions

This section discusses the design and implementation of control instructions in a computing system, focusing on operations involving the accumulator and registers.

Jump Instructions: Jmp, Jz, Jnz

This section introduces essential jump instructions in assembly language, specifically JMP, JZ, and JNZ, which facilitate program control flow based on specific conditions or unconditionally.

Decision Making In Jump Instructions

This section explores the creation of jump instructions in assembly language, focussing on how they enable decision-making in program execution.

Program Execution Example

The section outlines the steps of programming execution focused on instruction design and effects in a simplified processor model.

High-Level Program For Totalling Marks

This section discusses the design and implementation of instruction sets in assembly language, focusing on operations for totaling marks across subjects.

Assembly Level And Machine Level Language Differences

This section discusses the differences between assembly language and machine language, explaining how instructions and operations are designed and interpreted in both.

Challenges With Address Manipulation

This section discusses the limitations and challenges associated with address manipulation in programming, particularly in the context of a processor with a limited instruction set.

Execution Process Of Programs

This section covers the design and execution of instructions in a computer program, emphasizing the interaction between memory, registers, and the accumulator during program execution.

Loading Programs Into Memory

The section addresses loading programs into memory and defining various instructions utilized in assembly language for processing data.

Program Counter And Instruction Fetching

This section discusses the design and implementation of instructions in computer architecture, focusing on how specific operations like addition, subtraction, and loading data occur within a processor.

Course Objectives And Summary

This section outlines the course objectives and provides a summary of key concepts covered in the module on digital computers.

Achievements Of Course Objectives

This section explores the achievements related to the design and execution of instructional codes within a computer's architecture.

Module-Level Problem Solving

This section discusses the design and utilization of various instructions in a computer's processor, specifically focusing on memory and register operations.