Report Project m.p tya

8/14/2019 Report Project m.p tya

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REPORT PROJECT

TITLE: AUTOMATICNIGHT ALARM WITH

MORNING ALARM USING

MICROPROCESSOR

GROUP MEMBER:1) NOR ATTEYYA BT MAHDI

2) NOR ADILAH BT MOHD

YUSOF

LECTURER: ENCIK MOHDSAIFUL


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ACKNOWLEDGEMENTWe are required to make a project that using microprocessor as a

part of our curriculum. Our project is titled Automatic Night Alarm with

Morning Alarm using Microprocessor. Herewith is encapsulated a

report of the same.

In our attempt, we have come to realize that microprocessor is a

field which is not just an isolated field on its own. It is the synthesis of a

number of concepts from all the major engineering fields. Hence our

journey has had a number of guides, each one from a different field. In

submitting this report, we, the undersigned, would like to take the

opportunity to thank all these people, without whose help our

endeavour would never have seen the light of day.

We profusely thank our lecturer of subject Microprocessor, Encik

Saiful for his encouragement and support throughout the project. We

extend our hearties thank to our respected lecturers of our faculty

because always be a constant source of inspiration for us and for they

motivations in making this project completion.We are very thankful to Pak Tam who has helped us in preparing

the components and tools that is used for this project. We remember

With Regards and respect the assistance and encouragement given by

him. We are very much indebted to our beloved parents who have

given this opportunity to join in this course and the great source of

encouragement for us. Above all, the GRACE OF GOD of all creations

led us to complete our project successfully.


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EXECUTIVE SUMMARYIn our day to day life we always want to satisfy our needs to make

our life comfortable and easy. As we know, every alarm need to be set

first, to work on. And the alarm will automatically off according to how

long the time that we set. The concept is very good because it is very

useful in our life especially for working person.

But, the common alarm also has their own disadvantages. First, itwas wasting our time because we need to set the alarm every day.

Besides, if we forgot to set the alarm, we also got trouble. For example,

late to office or school. As we know, the function of alarm is a machine

that we can set to make a noise at a particular time to wake up.

Hence the best alternative is to design a alarm that is automatically

set. This is what we have tried to achieve here. Our project is to make a

night alarm and morning alarm by using microprocessor.

In our project...


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INDEX1.INTRODUCTION

2.AIM & OBJECTIVES

3.PROJECT PLANNING

4.BLOCK DIAGRAM5. BLOCK DIAGRAM

DESCRIPTION

6.COMPONENT

SPECIFICATION7.CIRCUIT DIAGRAM

8.FUNCTIONALITY

9.FLOW CHART


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INTRODUCTIONThis report is the documentation of all the effort put into the making

of night alarm and morning alarm using microprocessor by us as a team

member for project of subject Microprocessor. The title of the project was

coined as :

Night Alarm and Morning Alarm using Microprocessor

This alarm a targeted to perform a coordinated task in the Game

Arena ofRobocon 04 where the task to be performed is common for all the

participant teams from

all the institutions and nations. This report explains the technology and

heuristics

involved in making of the robots and how the task is planned to be

completed using the

same.

The report is divided into 6 sections. Each section deals with the project

from adifferent viewpoint. The first section deals with the explanation of the

Contest Theme of

Robocon 2004 and pertaining details. The second section deals with the

purpose of the

robots and the features included in the robots. The third section deals with

the operational

description of the different modules of the robot which thereby allow the

proper

functioning of the features that we have planned to implement on the

robot. The fourth

section is the hardware and software section wherein the mind and the

nerve control of

the robot is explained. The fifth section explains how the research and

development as

well as heuristics and ideas have played a major role in shaping up this

project. The last

section is the annexure containing the selected sections of the datasheets

of the electronic

components used in our project, bibliography and the information aboutthe sources of


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the systems components.

OBJECTIVE1) To learn and develop knowledge in designing the application by

using the microprocessor.

2) To learn how to write an assembly language and combining with the

hardware.

3) To learn how make a full report of project Microprocessor


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TARGET APPLICATIONS

The target applications are surveillance and object retrieval purposes,

basicallywhere it is practically difficult for humans to venture. The need to have a

system like

the one we have designed is commonly felt in certain cases very

frequently. One of

such target applications, for which this project was designed, is the case

of hostage

situation. Another situation being a criminal is hiding in a house. In either

situation,

the law enforcement officials would find it very convenient to not risk any

human

life by sending someone inside. Instead, if Xabre is sent in, it can peruse

the

surroundings and communicate, to the officials outside, the scene inside

through

Zeus.

Xabre can also be used to approach and investigate any suspicious object

which

could be hazardous. For this purpose, the gripper mechanism which has

the ability to


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grasp and extricate small objects, can actually manipulate or extract such

objects

which are accessible to it. Since the beginning of the project, we have

tried to design

a system which can easily be upgraded with the minimum effort. As aresult of this,

the present design allows for the implementation of system upgrades in

form of

extension operation tools. The extension operations make the Xabre

versatile and

upgradeable. It can be fitted with upto 5 tools that can perform remotely

controllable

tasks. For e.g. when equipped with a miniaturized metal detector, Xabre

can also be

used for detection of personnel landmines which have some metallic

structure.

Additionally Xabre can be used to navigate into ducts or small places that

are not

easily accessible by humans and investigate faults in equipment placed

there.

SYSTEM DESCRIPTION

HARDWARE


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In this mini project, the components that has been used is

SOFTWARE

SCOPE

HARDWARE DESIGN

Component used


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Schematic Diagram

Documents

Report Project m.p tya