Microprocessor and Programming with 8086

Created byTanmayi Nagale

Last updated 8/2024

English

What you'll learn

Basics of Microprocessor, Features of 8086 Microprocessor, Pipelining, segmentation
ALP to display contents of message on screen
ALP to add two 8 bit nos
ALP to add two 16 bit nos
ALP to subtract two 8 bit nos
ALP to subtract two 16 bit nos
ALP to enter and display 8 bit number
ALP to add and subtract using macros and procedure
ALP to convert hex to bcd number

Course content

4 sections • 34 lectures • 7h 9m total length

Introduction to Microprocessor and Microcontroller2:17
Explain microcomputer, microprocessor, and microcontroller concepts, showing how a microcomputer uses a CPU with memory and I/O, while a microcontroller integrates CPU, memory, and I/O on one chip.
What is Microprocessor ?1:27
Evolution of Microprocessor5:00

Structure of ALP2:12
ALP to display the contents of message4:17
Learn to write an 8086 assembly program that displays a hello message on the console using DOS interrupt 09h, load the address with lea, and print with int 21h.
ALP to add two 8 bit numbers11:17
Learn to write an assembly language program that adds two eight-bit numbers using a small model, data and code segments, and store the result in num3.
ALP to subtract two 8 bit numbers7:48
Learn to write an assembly language program on 8086 to subtract two eight bit numbers, declare data with db, configure data and code segments, perform sub, terminate with dos interrupt.
ALP to subtract two 16 bit numbers3:50
ALP to add two 16 bit numbers7:59
Write an assembly program that adds two 16-bit numbers using define word data, loads them into ax and bx, adds, and stores the result in number three.
Write an ALP to perform addition and subtraction using macros and procedure49:53
Learn to write an ALP (assembly language program) for 8086 that performs addition and subtraction of two numbers using macro and procedure, with results printed to the console.
ALP to convert HEX 2 BCD32:50
ALP to enter and display 8 bit number28:45
Learn to write an 8086 assembly program that prompts for eight-bit numbers, converts keyboard input from ASCII to binary, and displays the result using DOS interrupts 09h, 01h, and 02h.
ALP to enter and display 16 bit number45:03
ALP to multiply two 8 bit no9:28
ALP to multiply two 16 bit no8:27
Learn to write an assembly language program that multiplies 16-bit numbers, initializing data and code segments, loading values into ax and bx, performing 16-bit multiplication, and storing result in dx:ax.
ALP to divide 8 bit by 8 bit no9:27
ALP to divide 16 bit by 8 bit no12:46
learn to divide a 16-bit number by an 8-bit number in assembly, loading into ax and bl, performing div bl, with quotient in al and remainder in ah, then terminate.
ALP to divide 16 bit by 16 bit no13:57
ALP to perform string operation : Accept, Display and length of string53:34
ALP to find largest no from array42:44
Learn how an 8086 assembly language program finds the largest number in a five-element eight-bit array using data and code segments and prints the result.

Requirements

Programming

Description

This course covers the architecture and programming of 8086, 80386, and Pentium processors, focusing on core concepts like memory segmentation, addressing modes, 32-bit processing, and advanced features such as protected mode for the 80386 and MMX technology for the Pentium. It includes extensive assembly language programming, teaching students to develop efficient programs using x86 instruction sets. The Assembly Language Programming section offers an in-depth exploration of the x86 core instruction set. Students will become proficient in writing and debugging assembly programs for various applications, leveraging advanced instruction sets for optimal performance.

Additionally, the course introduces mixed-mode programming, combining high-level languages with assembly for optimized code performance. It also covers the practical use of the emu8086 emulator, providing a hands-on environment to visualize and simulate 8086 microprocessor operations, enhancing comprehension of instruction sets and memory management. Students will gain expertise in 8086 microprocessor architecture, focusing on its operation, memory segmentation, and addressing modes, and develop practical skills in writing and debugging assembly language programs. This comprehensive approach ensures a deep understanding of both theoretical and practical aspects of microprocessor programming, preparing students for real-world applications. The course is suitable for beginners and those looking to refresh their knowledge, requiring no prior programming experience.

Who this course is for:

Engineering, Diploma and BSC Students

Microprocessor and Programming with 8086

What you'll learn

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Course content

Introduction3 lectures • 9min

8086 Microprocessor7 lectures • 52min

Programming with 8086 ALP17 lectures • 5hr 44min

Addressing mode of 80867 lectures • 25min

Requirements

Description

Who this course is for: