Nothing Special   »   [go: up one dir, main page]
Scribd Logo
Upload

Welcome to Scribd!

  • 307 views

    MIC Microproject

    Uploaded by

    girish desai
    This document discusses a microproject to write an 8086 assembly language program that uses conditional instructions. The program aims to separate even and odd numbers stored in an array. The proposed methodology includes initializing variables, checking the least significant bit of each array element to determine if it is even or odd, and storing the numbers in separate even and odd arrays. Resources required are the TASM assembler and Microsoft Word. Team members will collect information, create a proposal and report, and the project is expected to help develop skills in time management, stress management, and other areas.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd

    MIC Microproject

    Uploaded by

    girish desai
    307 views11 pages
    This document discusses a microproject to write an 8086 assembly language program that uses conditional instructions. The program aims to separate even and odd numbers stored in an array. The proposed methodology includes initializing variables, checking the least significant bit of each array element to determine if it is even or odd, and storing the numbers in separate even and odd arrays. Resources required are the TASM assembler and Microsoft Word. Team members will collect information, create a proposal and report, and the project is expected to help develop skills in time management, stress management, and other areas.

    Original Description:

    Original Title

    MIC microproject (2)

    Copyright

    © © All Rights Reserved

    Available Formats

    PDF, TXT or read online from Scribd

    Did you find this document useful?

    Is this content inappropriate?

    This document discusses a microproject to write an 8086 assembly language program that uses conditional instructions. The program aims to separate even and odd numbers stored in an array. The proposed methodology includes initializing variables, checking the least significant bit of each array element to determine if it is even or odd, and storing the numbers in separate even and odd arrays. Resources required are the TASM assembler and Microsoft Word. Team members will collect information, create a proposal and report, and the project is expected to help develop skills in time management, stress management, and other areas.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    307 views11 pages

    MIC Microproject

    Uploaded by

    girish desai
    This document discusses a microproject to write an 8086 assembly language program that uses conditional instructions. The program aims to separate even and odd numbers stored in an array. The proposed methodology includes initializing variables, checking the least significant bit of each array element to determine if it is even or odd, and storing the numbers in separate even and odd arrays. Resources required are the TASM assembler and Microsoft Word. Team members will collect information, create a proposal and report, and the project is expected to help develop skills in time management, stress management, and other areas.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    of 11

    MICROPROCESSORS

    PROPOSAL ON PROGRAM TO USE


    CONDITIONAL INSTRUCTIONS

    1.0 Brief Introduction:

    Conditional instruction are always short jumps in the 8086.These


    instructions will cause a jump to a label given instruction if the desired
    condition(s) occurs in the programe before the execution of the instruction.
    the destination must be in the range of-128 bytes to +127 bytes from the
    address of the instruction after the conditional transfer instruction. if the
    jump is not taken, execution simply goes on to the next instruction.

    2.0 Aim of the Micro-Project:

    This Micro-Project aims at


    1. Write a 8086 assembly language program to use conditional
    instruction.

    3.0 Intended Course Outcome:

    • A 8086 Microprocessor Assembly Language Program That Uses


    Conditional Instructions.

    PVPIT
    4.0 Literature Review:

    5.0 Proposed methodology:

    6.0 Resources Required:

    No Name of Specifications Quantity Remarks


    resources/material
    1. Software Tasm v1.4, - 1
    Microsoft
    word
    2. Operating system Windows 10 - 2

    7.0 Action plan:

    No Detail of Planned Planned Team of responsible


    activity start date finish member
    date
    1. Information GIRISH DESAI &
    collection SANSKRUTI BHAKARE

    2. Proposal SANSKRUTI BHAKARE


    creation & GIRISH DESAI

    3. Report GIRISH DESAI &


    creation SANSKRUTI BHAKARE

    2
    MICRO PROJECT REPORT
    ON
    MICROPROCESSORS
    Title of Micro-Project: Program to Use
    Conditional Instruction

    1.0 Brief Description:

    Conditional instruction are always short jumps in the 8086. In these


    types of instructions, the processor must check for the particular condition.
    If it is true, then only the jump takes place else the normal flow in the
    execution of the statements is maintained.
    The ALU operations set flags in the status word (Flag register). The
    conditional jump statements test the flag and jump is the flag is set. There
    are following types of conditional jump instructions:

    i) JC: Stands for 'Jump if Carry'

    It checks whether the carry flag is set or not. If yes, then jump takes place,
    that is: If CF = 1, then jump.

    ii) JNC: Stands for 'Jump if Not Carry'

    It checks whether the carry flag is reset or not. If yes, then jump takes
    place, that is: If CF = 0, then jump.

    iii) JE / JZ: Stands for 'Jump if Equal' or 'Jump if Zero'

    It checks whether the zero flag is set or not. If yes, then jump takes place,
    that is: If ZF = 1, then jump.

    iv) JNE / JNZ: Stands for 'Jump if Not Equal' or 'Jump if Not Zero'

    3
    It checks whether the zero flag is reset or not. If yes, then jump takes place,
    that is: If ZF = 0, then jump.

    v) JP / JPE : Stands for 'Jump if Parity' or 'Jump if Even Parity'

    It checks whether the Parity flag is set or not. If yes, then jump takes place,
    that is: If PF = 1, then jump.

    vi) JNP / JPO : Stands for 'Jump if Not Parity' or 'Jump if Odd
    Parity'

    It checks whether the Parity flag is reset or not. If yes, then jump takes
    place, that is: If PF = 0, then jump.

    2.0 Aim of Micro Project:

    The aim of developing the assembly language are as given below:

    3.0 Course Outcomes Integrated:

    4.0 Actual Procedure Followed:

    First, we discussed in group about to find the subject related to project.


    After discussion finally, we selected the topic, the topic is to develop a
    assembely language program. Then we collected information related to the
    subject. Afterwards, according to the standard format we started to do the
    work on project. The group members decided to do work separately in
    ways like collecting information, making proposal & report.
    Mr. Sangam Shendge Sir, guide us how to collect the information &
    how to work on the subject. According to his guidance we followed the

    4
    rule and after collecting information our project is completed. Finally, our
    project is successfully completed. As per the decision of all members
    complete the given work.

    5.0 Literature Review:

    6.0 Actual methodology followed:

    • Write a 8086 assembly language program to separate even and odd


    numbers in the array.

    Algorithm:

    Step1: Initialise data segment.


    Step2: Initialise the counter.
    Step3: Initialise the odd_pointer.
    Step4: Initialise the even_pointer.
    Step5: Initialize the array_pointer.
    Step6: If LSB=0 go to next.
    Step7: Initialise pointer to odd array and save number in odd array.
    Step8: increment odd_pointer.
    Step9: Initialise pointer to even array and save number in even array.
    Step10: Increment array base_pointer.
    Step11: Decrement counter.
    Step12: If not 0 go to back.
    Step13: Stop.

    5
    Flowchart:

    Start

    Initialise the data segment,counter,odd_pointer


    ,even_pointer ,array base_pointer

    If LSB=0
    Go to next

    Increment odd _pointer

    B A

    6
    B A

    Increment even_pointer

    Increment array base_pointer

    Decrement counter

    If not 0
    go to
    back

    Stop

    7.0 Actual Resources Used:

    Sr. No. Name of Specifications Quantity Remarks


    Resource/material

    1. Software Visual Studio 1


    Code,
    Microsoft -
    Word
    2. Operating system Window 10 1

    7
    8.0 Outputs of the Micro-projects:

    SOURCE CODE:

    Code:-

    DATA SEGMENT
    ARRAY DB 12H,23H,26H,63H,25H,86H,2FH,33H,10H,35H
    ARR_ODD DB 10 DUP(?)
    ARR_EVEN DB 10 DUP(?)
    DATA ENDS
    CODE SEGMENT
    ASSUME CS:CODE,DS:DATA
    START: MOV AX,DATA
    MOV DS,AX
    MOV CL,10
    XOR DI,DI
    LEA BP,ARRAY
    BACK: MOV AL,DS:[BP]
    AND AL,01H
    JZ NEXT
    LEA BX,ARR_ODD
    MOV AH,[BX+DI]
    MOV ARR_ODD,AH
    INC DI
    JMP SKIP
    NEXT: LEA BX,ARR_EVEN
    MOV AH,[BX+SI]
    MOV AH,ARR_EVEN
    INC SI
    SKIP: INC BP
    DEC CL
    JNZ BACK
    EXIT: MOV AH,4CH
    INT 21H
    CODE ENDS
    END START
    8
    OUTPUT:
    Code:-

    9
    10
    9.0 Skill Developed/ learning out of this Micro-Project:

    ➢ Time Management.
    ➢ Stress Management.
    ➢ Study Skills.
    ➢ Money Management.
    ➢ Assertiveness Skills.
    ➢ Well-Developed Self Care Skills.
    ➢ Keeping Safe and Avoiding Risky Behaviors.
    ➢ Seeking Assistance When Needed.

    11

    You might also like