Microprocessor And Assembly Language

Assembly Language Programming and Organization of the IBM PC by Ytha Yu and Charles Mar

What you'll learn
Simulate the conversion from high level programming to assembly level programming for processors.
Coding Assembly programming Language in emu8086 software
Discussing about Code segment and Data Segment of assembly language.
Students can gain proper idea of Assembly Language Programming and Organization of the IBM PC by Ytha Yu and Charles Marut.
Requirements
Any High Level Programming Knowledge
Description
TitleMicroprocessor and Assembly LanguageLesson ObjectiveCan write assembly Language for microprocessor.Can convert high level Language to assembly language.Preferred Book NameAssembly Language Programming and Organization of the IBM PC Authors name,Ytha YuDepartment of Mathematics and Computer Science, California State University, Hayward, CaliforniaCharles Marut.Department of Mathematics and Computer Science, California State University, Hayward, CaliforniaMaterials usedCode blocks software, 8086 emulator software, zoom video recorder.AssessmentWriting Assembly Language for proper processor understanding.How to work High level programming language to Assembly Language.Logical and strings issues in Microprocessor.DescriptionWhatAssembly Language for microprocessors.HowHow to convert High Level Language into Assembly Language.WhyUnderstanding the assembly languageawareness of the conversion process from high level language into processor language.Opening (Hook) and recalling pre concepts: To gain the initial concept of coding of High-Level programming in Code blocks and converting it into assembly Language for proper understanding of processor.Introducing the concepts of string (set of characters) print in emulator, which is emu8086 software for simulating the assembly languageINM ( introduction of new materials)Coding High Level Programming Language in code blocks.Coding Assembly programming Language in emu8086 software.Discussing about Code segment and Data Segment. Of assembly language.Guided PracticeDiscussing variables, keywords, and code syntax of assembly language.Discussing about any string print register instructions and commands.Discussing the Interrupt 21h command.Discussing about Carriage return or return 0 command.Individual PracticeDiscussing output simulation of emu8086 software.Discussing register functionality of emu8086 software.Discussing LEA instruction of assembly command in emu8086 software. ClosingThis Almost done to reach the hook goal which has been discussed earlier. Coding high level Language and assembly language in specific compiler.Simulate the conversion from high level programming to assembly level programming for processors.Learners can able to gain proper idea of Assembly Language Programming and Organization of the IBM PC by Ytha Yu and Charles Marut. Learners Can complete following steps-1. History of Microprocessor2. How To Download & Install EMU80863. Logic, Shift & Rotation4. Physical and Logical Address5. The Flag Register6. Logic Structure7. Loop Structure8. Stack Construction9. Multiplication and Division10. Input & Output String 11. Output Calculation Programming 12. Logic Programming13. Looping Programming14. Project-115. Project-2

Overview

Section 1: Introduction of Course

Lecture 1 Introduction of Microprocessor and installation of 8086 emulator

Lecture 2 Assembly Language Programming idea

Lecture 3 Assembly Language Programming Idea Part 2

Section 2: Concepts of the Register of 8086 Microprocessor

Lecture 4 Register of 8086 Microprocessor

Section 3: Assembly Language Programming and Pin Configuration

Lecture 5 How to start Assembly Language

Lecture 6 Concepts of Theoretical Pin Configuration

Section 4: Concepts and Conversions of Number system

Lecture 7 Concepts of Number Systems

Lecture 8 Conversions of Number System

Lecture 9 Concepts of Signed and Unsigned Numbers

Section 5: Structure of Assembly Language

Lecture 10 Programming Structure of Assembly Language

Lecture 11 How to code of Assembly Language in 8086 Emulator

Section 6: Flag Register of Microprocessor

Lecture 12 How to work Flag Register in Processor

Section 7: Branching , Conditional Statement and Loop Programming

Lecture 13 Conditional Statement

Lecture 14 Loop

Section 8: Logic , Shift and Rotation

Lecture 15 Logic and Shifting

Section 9: Stack

Lecture 16 Use a Stack using push and pop

Section 10: Multiplication and Division

Lecture 17 How to Multiply and divide in Processor

Section 11: Array

Lecture 18 Array

Section 12: Project Analysis

Lecture 19 Project

Students of Computer Science and Engineering