installation system

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PROJECT REPORT

ON

INSTALLATION SYSTEM

SUBMITTED UNDER PARTIAL FULFILLMENT OF THE

REQUIREMENT

FOR

The award of degree Of Three Year full-time

BACHELOR OF COMPUTER APPLICATION

(2008-2011)

V.B.S. Purvanchal University

Jaunpur (U.P)

GUIDED BY: SUBMITTED BY:

Mr. Amit Das Mahesh K Pal

Lecturer Roll No-2563

ICST, Varanasi Chandan Rai

Roll No.-2233

Manish Maurya

Roll No. - 2566

BCA Vth Sem

A Group Educational Intuitions

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ACKNOWLEDGMENT

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ACKNOWLEDGEMENT

Acknowledgement, truly, is an act of sincere thanks giving and indebtedness

to them who have guided and helped in the preparation process of a project

as the present one. I take this opportunity to thank all those who have had a

key role in the success of this project. They have inspired, mentored,

directed and seen the project through to its completion.

I express my sincere thanks and gratitude to Mr. Purnvasi patel, the

faculty member , for providing necessary facilities & expert suggestions from

time to time. It was the best support which came from him. He provided us

with all the necessary information about the project.

I am thankful to my BCA coordinator, Mr. Mudita Singh for providing me

necessary help in my documentation of my project. I am greatly thankful to

my parents who always supported me in every aspect to complete this

project wok on time.

Date: - Upendra Kumar

Place: - Exam Roll. No : -01963

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CONTENTS

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CONTENTS

1.Introduction2.Objective3.Function4.Software Development Life Cycle5.System Specification

6.Data Feasibility Study7.Input and Output of the Project8.Requirement9.Waterfall Model10. Context Diagram11. Methodology12. Data Flow Diagram

13. Testing14. Maintenance15. Bibliography

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INTRODUCTION

INTRODUCTION

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This project “Network Installation System” has been design for analysis of a

network. For example an electric grid, a telephone grid, or a road, or rail

link. This project can calculate the optimum path links for such project. The

project uses the prim’s algorithm for calculation of minimum spanning tree

for this purpose.

The project “Network Installation System” will be used calculate the

optimum path links. It means that if several cities are given and distance

between them.

Are known, it find minimum spanning tree. If this problem is not solved

then to complete the path time and cost both will be more. This project gives

the graphical solution. So using graphical solution, It will be very easy to

complete the optimum path in the project the cities will known as vertices

and the distance will be shown by edges. The network installation system is

very useful in a factory in wiring, rail inks. If we have to connect different

computer system .This project Network Analysis System has been designedfor analysis of a network. For example an electronic grid, a telephone grid,

or a road, or rail link.

This project can laboratory by LAN this project can be used to find optimal

distances as it can easily adjusted. In network installation system has tree

types of input data in which the first input data is number of cities, second

input data is distances between cities. This data are store in data base. The

process which are used to calculate minimum spanning tree access data from

database and process. At last gaphical representation of solution will be

shown to user.

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OBJECTIVE

OBJECTIVE• Network installation system are use to find the optimal solutions

• Network installation system helps in connectivity

• To develop the fully automated network enabled several cities and its

distances.

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• Using this project, it can be minimize the distance covering all cities

so any project like completing road or rail link get minimum path and

resource and cost to the develop the project can be minimized.

• Using this project time taken to completion of any project like road or

rail link will be reduced.• The project “Network Installation System” will be used to represent

graphically to obtain the optimal path. It will be very helpful to the

project developer what will be the design of linking of roads.

• This project is also very useful for some small project such as if you

want to complete the wiring in laboratory or in home

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FUNCTION

FUNCTION

Function related to the project “Network Installation System” are given

bellow,

• The user gives input to the system that is stored in the database.

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• He process creating edge access the data from the database

and creates edges for the inputs

• This project creates edge between the cities on the basis of given

inputs.

• The process creating graph takes edges on the behalf of that it creates

graph. The graph will be used in finding minimum spanning tree.

• The project finding minimum spanning tree on the found graph.

• The obtained solution are stored in the database.

• The minimum spanning tree is represented to the user as graphical by

this project.

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SOFTWARE

DEVELOPMENTLIFE CYCLE

S OFTWARE DEVELOPMENT LIFECYCLE

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Feasibility Study

Requirement analysis

Design

Coding

Testing

Implementation

Maintenance

Feedback



SYSTEM

SPECIFICATION

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i. SOFTWARE REQUIREMENT

JDK1.6

ORACLE9I

WINDOWS XP

ii. HARDWARE RAQUIREMENT

INTEL PENTIUM MACHINE

CPU SPEED 1.6 GHZ

MINIMUM 128 RAM

PS/2 COMPAITABLE MOUSE

MICROSOFT TYPE KEYBOARD

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FEASIBILITY

STUDY

FEASIBILITY STUDY

Feasibility study is test of system proposal according to its working

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Impact on the organization and ability to meet user,s need.

There are three approaches that are involved in the feasibility analysis:

•

Economic feasibility• Technical feasibility

• Behavioral feasibility

ECONOMIC FEASIBILITY

Economic feasibility involves analysis the effectiveness of candidate system

by concentrating on economic factors.

In this case we check out our system economic point of view we determine

the benefits and saving that are expected from the candidate system.

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We compare benefits with cost. If a benefits is more than cost then the

decision is made to do some alternation in the proposed system.

Economic feasibility is based on Network Installation System, in future, will

be helpful saving money.

TECHNICAL FEASIBILITY

It involves analyzing the technical factor of the candidate system.

Tree factor are as follow.

• Hardware requirement• Memory requirement

• Operating system requirement

Technical feasibility of Network Installation System is prepared by keeping

in mind the factor of technical feasibility and this software does not required

any extra feature on the existing system.

It involves standard hardware and software requirement.

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BEHAVIORAL FEASIBILITY

Introduction of software for any system involves some special effort and one

of them is training employee. So that can adjust with the new system.

It means to say that it is must to educated and train the employee.

Many people do not want to changed the m self and so they use to oppose

the installation of such software.

And hence the behavioral feasibility involves analyzing software against the

behavioral approach of the people.Behavioral feasibility of Network Installation System is based on simple

approach so that user can understand it easily and properly will able to

remove all the problem of user and will be able to satisfy all the needs and

requirement of user.

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INPUT ANDOUTPUT OF THE

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PROJECT

INPUT THE PROJECT

• Project name: In this data are use to refer this project work

for which type of the process have to perform.

• City number: This data refers how many number of the city are

involves in the project and specify city has specific number. This

city number work as the vertex of the graph in the project and it is

primary key.

• City name: This data refers to the name of the city. This data are

given corresponding to the city number.

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• Distance: Using this data distance between the different the are

given.

OUTPUT OF THE PROJECT

Output of this project is a minimum spanning tree. This minimum spanning

tree refers minimum distances between one city to another.

The minimum spanning tree will be graphically so to user and there will be

only one path to reach from one city to another, and total cost of minimum

spanning tree will be show to the user. Using this user can see minimum

distances from one city to another.

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REQUIREMENTANASYSIS

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REQUIREMENTANALYSIS

The requirement analysis is done in order to understand the problem the

software system is to be solved. The emphasis in requirement analysis is on

identifying what is need for the system not how will achieve its goal. The

goal of requirement activities is to document requirement in a software

requirement specification.

There are two major phase in this phase

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1. Problem understood or analysis.

2. Requirement specification.

In problem analysis the aim is to understand the problem and its context, the

requirement of the system to be develop. Once problem analysis done and

requirements understood. Requirements must be specified in requirement

specification document. The requirement document must be specifying all

function and performance of requirement. Format of input and output and

design constraints due to political economical and environmental and

security reasons. In other word besides functional specification all the factor

the affect and design and proper functionality of the system must be specify

in requirement document. Overall in requirement analysis we identify the

requirement and constraints of proposal system. We can define requirement

as “A condition of capability by a user to solve a problem or achieve anobjective”

“A condition or a capability that must be met or possessed by a system….. to

satisfy a contract, standard, specification, or other formally imposed

document.”

WATERFALL

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MODLE

WATERFALL MODAL

Waterfall modal phases are organized in a linear order. in this modal, a

project begins with feasibility analysis and after completing feasibility. The

design start from the requirement analysis and project planning begins. The

design start after the requirement analysis is complete and coding begins

after the design complete. Once the programming is complete the code is

integrated and testing is done. Upon successful completion of testing, the

system is installed. After this the regular operation and maintenance of the

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System takes place.

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System/InformationEngineering

Analysis

Design

Code



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Testing



CONTEXT DIAGRAM

CONTEXT DIAGRAM

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The context diagram represents the entire system under investigation. This

diagram should be drawn first, and used to clarify and agree the scope of the

investigation. The system under investigation is represented as a single

process, connected to external entities by data flows and resource flows.

The context diagram clearly shows the interfaces between the system under

investigation and the external entities with which it communicates.

Therefore, whilst it is often conceptually trivial, a context diagram serves to

focus attention on the system boundary and can help in clarifying the precise

scope of the analysis.

METHODOLOGY

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METHODOLOGY

A project management methodology addresses the

principles, practices and procedures for performing project

management. Project management is a critical value adding process that

improves the probability of project success.

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Benefits of a Project Management

Methodology

A methodology is a process definition. Every business process should be

defined and the definition followed (with sufficient allowance for flexibility

within structure and continuous improvement). Project management is a

critical business process. Some of the benefits of using a Project

Management Methodology are:

• Reduced Risk of Project Failure

• Increased Efficiency/Productivity

• Improved Quality

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DATA FLOWDIAGRAM

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User Network InstallationSystem

Cities No., Distances

Optimal Path

0- Level DFD



0 – Level DFD Description

• In 0 level DFD user gives the input data to the process.

• Network installation system for accessing the optimal solution.

• The process network installation system show the output which is

optimal path to user’

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user Saving

1.0

Prim’sAlgorithm

Input C i t y N o.

Name of citiesD i s t a n c e

Input

Input and Solution Storage

Input

Optimal Solution

MinimumSpanningTree

1-Level DFD

DisplayPath

Minimum

SpanningTree



1 – Level DFD Description

• In one level DFD there are three processes a database.

• User input the data name of cities number of cities distances these

input data are use by the process saving.

• Using process data are stored in input storage database.

• Process finding minimum spanning tree access these data from input

storage and send it to the process display path.

• Process display path show the optimal path to the user.

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BIBLIOGRAPHY

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For documentation help and for applying software engineering Concept.

Software engineering :

• A practitioner approach.

Publication: - Mc Grew Hill

Written By: - Pressman

• Software engineering:

Pankaj Jatole

For Design Phase :

• Object oriented modeling

• Publication: - BPB

• Written by: - V . Raja Raman

Website :

http://www.wikipedia.com

http://www.mhh.co.uk

http://www.wikipedia.com/

http://www.mhh.co.uk/

http://www.wikipedia.com/

http://www.mhh.co.uk/

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