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1. INTRODUCTION

Knowledge Management (KM) refers to a range of practices used by

organizations to identify, create, represent, and distribute knowledge for

reuse, awareness and learning across the organization.

.

1.1 PURPOSE

Knowledge Management programs are typically tied to organizational

objectives and are intended to lead to the achievement of specic

outcomes such as shared intelligence, improved performance, competitive

advantage, or higher levels of innovation. !ere we are looking at

developing an online intranet knowledge management system that is of

importance to either an organization or an educational institute. "he

system (KM#) is an $ntranet based application that can be accessed

throughout the institute or a specied group or department. "his system

can be used as a knowledge%information management system for the

institute. #tudents%#ta& logging in should be able to upload any kind of

educational information. #tudents%sta& logging in may also access%search

any information put up by others.KM# should facilitate knowledge sharing

from the root level like project teams to departments to the entire college.

1.2 SCOPE

Knowledge hub is used to share knowledge improves interaction among different

domains ,it is used for more detailed analysis of a subject ,In future there will be

transfer of knowledge through knowledge hub ,It improves student and mentor

introduction

1.3OVERVIEW

More concept oriented analysis ill !e i"pro#ed trans$er o$

in$or"ation ta%es place so t&at ne inno#ati#e t&in%in' "ay !e

possi!le

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1


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(. TEC)NO*O+IES USED

(.1 ,-V-

Initially the language was called as oak but it was renamed as ava in !""#. $heprimary motivation of this language was the need for a platform%independent &i.e.,

architecture neutral' language that could be used to create software to be embedded in

various consumer electronic devices.

(.1.1 I"portance o$ ,a#a to t&e Internet

ava has had a profound effect on the Internet. $his is because( ava e)pands the

*niverse of objects that can move about freely in +yberspace. In a network, two

categories of objects are transmitted between the erver and the -ersonal computer.$hey are -assive information and /ynamic active programs. $he /ynamic, elf%

e)ecuting programs cause serious problems in the areas of ecurity and probability.

0ut, ava addresses those concerns and by doing so, has opened the door to an

e)citing new form of program.

(.1.( eat/res o$ ,a#a Sec/rity

-rior to ava, most users did not download e)ecutable programs fre1uently, and those

who did scan them for viruses prior to e)ecution. 2ost users still worried about thepossibility of infecting their systems with a virus. In addition, another type of

malicious program e)ists that must be guarded against. . $his type of program can

gather private information, such as credit card numbers, bank account balances, and

passwords. ava answers both these concerns by providing a firewall between a

network application and your computer.

(.1.(.1 Porta!ility

3or programs to be dynamically downloaded to all the various types of platforms

connected to the Internet, some means of generating portable e)ecutable code is

needed .4s you will see, the same mechanism that helps ensure security also helps

create portability. Indeed, ava5s.

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(.1.(.( T&e 0yte Code

$he key that allows the ava to solve the security and portability problems is that the

output of ava compiler is 0yte code. 0yte code is a highly optimi6ed set of

instructions designed to be e)ecuted by the ava run%time system, which is called theava 7irtual 2achine &72'. $hat is, in its standard form, the 72 is an interpreter

for byte code. $ranslating a ava program into byte code helps makes it much easier to

run a program in a wide variety of environments.

,a#a Can 0e Used To Create To Types O$ Pro'ra"s

-pplications and -pplets

4n application is a program that runs on our +omputer under the operating system ofthat computer. It is more or less like one creating using + or +88. ava5s ability to

create 4pplets makes it important. 4n 4pplet is an application designed to be

transmitted over the Internet and e)ecuted by a ava 9compatible web browser. 4n

applet is actually a tiny ava program, dynamically downloaded across the network,

just like an image. 0ut the difference is, it is an intelligent program, not just a media

file. It can react to the user input and dynamically change.

(.( ,-V- VIRTU-* M-C)INE 2,VM

0eyond the language, there is the ava virtual machine. $he ava virtual machine is an

important element of the ava technology. $he virtual machine can be embedded

within a web browser or an operating system. :nce a piece of ava code is loaded

onto a machine, it is verified. 4s part of the loading process, a class loader is invoked

and does byte code verification makes sure that the code that5s has been generated by

the compiler will not corrupt the machine that it5s loaded on.

OVER-** DESCRIPTION

.ava .lass

3igure ;.! /evelopment -rocess of 474 -rogram

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ava programming uses to produce byte codes and e)ecutes them. $he first bo)

indicates that the ava source code is located in a. ava file that is processed with a

ava compiler called javac. $he ava compiler produces a file called a. class file,

which contains the byte code. $he +lass file is then loaded across the network or

loaded locally on your machine into the e)ecution environment is the ava virtual

machine, which interprets and e)ecutes the byte code.

(.3 ,-V- -RC)ITECTURE

ava architecture provides a portable, robust, high performing environment for

development. ava provides portability by compiling the byte codes for the ava

7irtual 2achine, which is then interpreted on each platform by the run%time

environment. ava is a dynamic system, able to load code when needed from a

machine in the same room or across the planet.

(.3.1 Co"pilation o$ Code


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(.3.3 eat/res o$ ,a#a

ava was designed to be easy for the -rofessional programmer to learn and to use

effectively. If you are an e)perienced +88 programmer, learning ava will be even

easier. 0ecause ava inherits the +=+88 synta) and many of the object oriented

features of +88. 2ost of the confusing concepts from +88 are either left out of ava

or implemented in a cleaner, more approachable manner. In ava there are a small

number of clearly defined ways to accomplish a given task.

(.3.3.1. O!4ect Oriented

ava was not designed to be source%code compatible with any other language. $his

allowed the ava team the freedom to design with a blank slate. :ne outcome of this

was a clean usable, pragmatic approach to objects. $he object model in ava is simpleand easy to e)tend, while simple types, such as integers, are kept as high%performance

non%objects.

(.3.3.(. Ro!/st

$he multi%platform environment of the anguage &H$2>', the languages of the


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0asic H$2> $ags

BC %% %%D specifies comments

B4DEEE. B=4D +reates hyperte)t links

B0DEEE. B=0D 3ormats te)t as bold

B0IADEEE. B=0IAD 3ormats te)t in large font.

B0:/FDEB=0:/FD +ontains all tags and te)t in the H$2> document

B+G$GD...B=+G$GD +reates te)t

B//DEB=//D /efinition of a term

B/>D...B=/>D +reates definition list

B3:$DEB=3:$D 3ormats te)t with a particular font

B3:2D...B=3:2D Gncloses a fill%out form

B342GD...B=342GD /efines a particular frame in a set of frames

BHJDEB=HJD +reates headings of different levels

BHG4/D...B=HG4/D +ontains tags that specify information

BHD...B=HD +reates a hori6ontal rule

BH$2>DEB=H$2>D +ontains all other H$2> tags

B2G$4D...B=2G$4D -rovides meta%information about a document

(.9 ,D0C

ava /atabase +onnectivity or in short /0+ is a technology that enables the

java program to manipulate data stored into the database. Here is the complete tutorial

on /0+ technology.

(.9.1 W&at is ,D0C:

/0+ is ava application programming interface that allows the ava

programmers to access database management system from ava code. It was

developed by ava oft, a subsidiary of un 2icrosystems.

/0+ has four +omponents

1. $he /0+ 4-I.

(. $he /0+ /river 2anager.

3. $he /0+ $est uite.

5. $he /0+%:/0+ 0ridge.

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1. T&e ,D0C -PI

$he /0+ application programming interface provides the facility for accessing the

relational database from the ava programming language. $he 4-I technology

provides the industrial standard for independently connecting ava programming

language and a wide range of databases. $he user not only e)ecute the >

statements, retrieve results, and update the data but can also access it anywhere within

a network because of its L


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$his first two component of /0+, the /0+ 4-I and the /0+ /river 2anager

manages to connect to the database and then build a java program that utili6es >

commands to communicate with any /02. :n the other hand, the last two

components are used to communicate with :/0+ or to test web application in the

speciali6ed environment.

(.9.( ,D0C -rc&itect/re

!. /atabase connections

;. > statements

N. esult et

O. /atabase metadata

P. -repared statements 0inary >arge :bjects &0>:0s'

@. +haracter >arge :bjects &+>:0s'

?. +allable statements

". /atabase drivers

!Q. /river manager

$he /0+ 4-I uses a /river 2anager and database%specific drivers to provide

transparent connectivity to heterogeneous databases. $he /0+ driver manager

ensures that the correct driver is used to access each data source. $he location of the

driver manager with respect to the /0+ drivers and the servlet is shown in 3igure.

3igure ;.N /0+ 4rchitecture

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4 /0+ driver translates standard /0+ calls into a network or database protocol or

into a database library 4-I call that facilitates communication with the database. $his

translation layer provides /0+ applications with database independence. If the back%

end database changes, only the /0+ driver need be replaced with few code

modifications re1uired. $here are four distinct types of /0+ drivers.

(.9.3 ,d!c Dri#er and Its Types

$here are four different types of jdbc driver. $here are

Type 1 ,D0C;OD0C 0rid'e

$ype ! drivers act as a LbridgeL between /0+ and another database connectivity

mechanism such as :/0+. $he /0+% :/0+ 0ridge provides /0+ access using

most standard :/0+ drivers. $his driver is included in the ava ; /K within the

sun.jdbc.odbc package. In this driver the java statements are converted to jdbc

statements. 4 /0+ statement calls the :/0+ by using the /0+%:/0+ 0ridge.

3igure ;.O $ype! /0+ 4rchitecture

Type ( ,a#a to Nati#e -PI

$ype ; drivers use the ,a#a Nati#e Inter$ace 2,NIto make calls to a local database

library 4-I. $his driver converts the /0+ calls into a database specific call for

databases such as >, :4+>G etc. $his driver communicates directly with the

database server. It re1uires some native code to connect to the database. $ype ;

drivers are usually faster than $ype ! drivers. >ike $ype ! drivers, $ype ; drivers

re1uire native database client libraries to be installed and configured on the client

machine.

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3igure ;.# $ype ; /0+ 4rchitecture

Type 3 ,a#a to Netor% Protocol or -ll; ,a#a Dri#er

$ype N drivers are pure ava drivers that use a proprietary network protocol to

communicate with /0+ middleware on the server. $he middleware then translates

the network protocol to database%specific function calls. $ype N drivers are the most

fle)ible /0+ solution because they do not re1uire native database libraries on the

client and can connect to many different databases on the back end. $ype N drivers can

be deployed over the Internet without client installation.

3igure ;.P $ype N /0+ 4rchitecture

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Type 5 ,a#a to Data!ase Protocol

$ype O drivers are pure ava drivers that implement a proprietary database protocol

&like :racleMs >Ret' to communicate directly with the database. >ike $ype N

drivers, they do not re1uire native database libraries and can be deployed over theInternet without client installation. :ne drawback to $ype O drivers is that they are

database specific. *nlike $ype N drivers, if your back%end database changes, you may

save to purchase and deploy a new $ype O driver &some $ype O drivers are available

free of charge from the database manufacturer'. However, because $ype drivers

communicate directly with the database engine rather than through middleware or a

native library, they are usually the fastest /0+ drivers available. $his driver directly

converts the java statements to > statements.

3igure ;.@ $ype O /0+ 4rchitecture

o, you may be asking yourself, L


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(.


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N. - engine is program which can understand the tags of the jsp and then it

converts those tags into a ervlet program and it is stored at the server side.

$his ervlet is loaded in the memory and then it is e)ecuted and the result isgiven back to the ava


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3.1 S6STEM -N-*6SIS

3.1 E7ISTIN+ S6STEM

$n 34isting #ystem, 5nly share the knowledge through the social service

sites. $f any user have 6uery, then they are post the 6uery through social

service site. 7nd those sites cannot intimates about who had shared

his%her knowledge. #ometimes unrelated answers are shared by

unauthorized persons.

3.1.1 DIS-DV-NT-+ES

In G)isting ystem, :nly share the knowledge through the social service sites.

$he sites are not only designed to share the knowledge, those are designed to perform

different functionality. o, those are not providing efficient way to share the

information or 1ueries of its user.$he sites are not providing any access permissions to

the users.

3.2 PROBLEM STATEMENT

$he sites are not only designed to share the knowledge, those are designed to perform

different functionality. o, those are not providing efficient way to share the

information or 1ueries of its user.

3.3 PROPOSED S6STEM

!ere we are looking at developing an online intranet knowledge

management system that is of importance to either an organization or an

educational institute. . Knowledge Management programs are typically

tied to organizational objectives and are intended to lead to the

achievement of specic outcomes such as shared intelligence, improved

performance, competitive advantage, or higher levels of innovation "he

system (KM#) is an $ntranet based application that can be accessed

throughout the institute or a specied group or department. "his system

can be used as a knowledge%information management system for theinstitute.

Knowledge Hub


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!O


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3.3.1 -DV-NT-+ESIt providing the two different kinds of features those are used to share the information

to all user in Knowledge Hub and share the user 1uery to all another users in

Knowledge Hub

3.5 E-SI0I*IT6 STUD6

$his can be allows the authori6ed users only, 2eans it will providing the access

permission to the end users.


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H :perations 2anager1


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5. S6STEM RE?UIREMENTS SPECIIC-TION

e1uirement pecification plays an important role to create 1uality software solution(

e1uirements are refined and analy6ed to assess the clarity.

e1uirements are represented in a manner that ultimately leads to successful software

implementation. Gach re1uirement must be consistent with the overall objective. $he

development of this project deals with the following re1uirements.

5.1 UNCTION-* RE?UIREMENTS

>ogin 4uthentication

upports $racking of Individual Gmployee

4ssigning tasks to the 2anager

4ssociation between hr and Gmployees

Knowing status of the interview result whether the interview is completed or in

process

5.( NON;UNCTION-* RE?UIREMENTS

ecure access of confidential data &user5s details' should be provided.

;O U @ availability of the application

4pplication should be accessible over Internet.

0etter component design to get better performance at peak time.

3le)ible service based architecture will be highly desirable for future e)tension.

5.3 )-RDW-RE RE?UIREMENTS

$he selection of hardware is very important in the e)istence and proper working of

any software. In the selection of hardware, the si6e and the capacity re1uirements are

also important.

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$able O.! Hardware e1uirements

-entium processor ;NN 2HV or above

42 +apacity !;?20

Hard /isk ;Q A0

3loppy /isk !.OO 20

+/%:2 /I7G N; HV

5.5 SOTW-RE RE?UIREMENTS

$he software re1uirements specification is produces at the culmination of the analysis

tasks. :ne of the most difficult tasks is that, the selection of the software, once system

re1uirement is known by determining whether a particular software package fits the

re1uirements.

$able O.; oftware e1uirements

+lient 9 side cripting avacript

-rogramming >anguage ava


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9. S6STEM DESI+N

oftware design sits at the technical kernel of the software engineering process and is

applied regardless of the development paradigm and area of application. /esign is the

first step in the development phase for any engineered product or system. $he

designer5s goal is to produce a model or representation of an entity that will later be

built. 0eginning, once system re1uirement have been specified and analy6ed, system

design is the first of the three technical activities%designs, code and test that is

re1uired to build and verify software.

9.1 S6STEM COMPONENTS

USER

*ser need to register in Knowledge Hub to share his=her knowledge and to

get the related answers from other users *ser can login to it and access

information *ser can identify, epresent and also distribute the knowledge

*ser can also share the information at the root level

8NOW*ED+E

"he application is provides e8cient services to share the knowledge

to another, and if the user want get the information (knowledge) is shared

by the other users in knowledge hub. 9or this service it providing to

options those is: share knowledge and search knowledge.

?UESTION

$f user has any 6uery, this is providing the service to share his%her 6ueries

to other users in Knowledge !ub. 7nd the related 6uery info is available at

any user, and then he%she has an option to post the answer for the 6uery.

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9.( UM* DI-+R-MS

Class Dia'ra"

$his class diagram represents a flow chart where attributes and functions of each

entity are represented in their fields. $hey are maintaining the association relationship

between the entities, the admin class is in aggregation with the other class entities.

3ig #.! +lass /iagram

Knowledge Hub

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$his use case diagram is a graphic depiction of the interactions among the elements of

a system i.e. 4dmin first logins and he will register all the members as mentioned

below in the diagram.

3ig #.; *se case diagram

Knowledge Hub

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$he actor in the current use case diagram is the team leader, performing the operations

assigned by the H by maintaining dependency relation ship.

Login

Collect Work From HR

Work Assign to Interviewer

Teamleader

Collect Interview results

Send interview to HR

Logout

3ig #.O use case diagram for $eam >eader

H :perations 2anager''


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$he actor in the current use case diagram is the interviewer, performing the operations

assigned by the team leader by maintaining dependency relationship.

Login

Collect Work From Teamleader

conduct intreview

Interviewer

send Interview resultsto teamleader

Logout

3ig #.# *se case diagram for Interviewer

H :perations 2anager'*


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4pplicant is the actor in the above use case diagram who communicates with the H

by forwarding the resume and participates in the interview process by using the login

id. Its maintains the dependency relationship.

Login

Send Resume to HR

View Interview Date

Applicant

Attend Interview

View Interview Results

Logout

3ig #.P *se case diagram for 4pplicant

H :perations 2anager'+


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Se@/ence Dia'ra"

4 e1uence diagram is an interaction diagram that shows how processes operate with

one another and in what order. 4 e1uence diagram is two%dimensional in nature. :n

the hori6ontal a)is, it shows the life of the object that it represents, while on the

vertical a)is, it shows the se1uence of the creation or invocation of these objects. i.e,

the below figure shows admin operations.

Admin Login Register HR Register Team Register View All mplo!ee "odi#! An! Logout

Leader Interviewer $ro #i les mplo!ee $ro#ile

Login

Login Fail

Register HR Wit% Details

RegisterTeamLeder Wit% Details

Register Interviewer wit% Details

View All emplo!ee $ro#iles

"odi#! An! mplo!ee Details

logout

3ig #.@ e1uence diagram for 4dmin

H :perations 2anager'


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$his is the se1uence diagram for hr, he can view applicant resumes, he can assign

work to team leader, and perform many operations as mentioned in the below figure.

HR Login View Applicant Work Assign T C ol le ct In terv ie S en d Int erv iew Rus lt i ew In te rv ie we r Logout

sResumes o TeamLeader w results s to Applicants "ails

login

Login Fail

iew Applicants Resumes

Work Assign to TeamLeader

A#ter complete t%e work collect Results

Send Interview Results to Applicant

View Interviewer "ails

Logout

3ig #.? e1uence diagram for H

H :perations 2anager'-


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$his is the se1uence diagram for team leader, he can collect work from hr, he can

assign work to interviewer, and perform many operations as mentioned in the below

figure.

TeamLeader Login Collect Work Work Assign T Collect Intervie Send Interview Logout

From HR o Interviewer w Results Results to HR

Login

Login Fail

Collect Work From HR

Work Assign To Interviewer

Collect Interview Results

Send Interview Results to HR

Logout

3ig #." e1uence diagram for $eam >eader



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$his is the se1uence diagram for team leader, he can collect work from hr, he can

assign work to interviewer, and perform many operations as mentioned in the below

figure.

Interviewer Login Collect Work Fro Conduct Send interview result Logout

m Temleader Interview s to Teamleader

Login

Login Fail

Collect Work From TeamLeader

Conduct Interview

Send Interview Results to Teamleader

Logout

3ig #.!Q e1uence diagram for Interviewer

H :perations 2anager'/


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$his is the se1uence diagram for 4pplicant, he can send resumes to hr, view interview

date, attend interview and view interview results, after successful login.

Applicant Login Send Resume t View Inter Date Attend Interview View Interview Logout

o HR Results

login

Login Fail

Send Resume to HR

View Interview Date

Attend Interview

View Interview Results

logout

3ig #.!! se1uence diagram for 4pplicant

H :perations 2anager'0


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9.3 D-T- DICTION-R6

$able #.! /atabase for 4dmin Inbo)

$able #.; /atabase for 4pplicant egistration

H :perations 2anager*2


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$able #.N /atabase for Gmployee egistration

$able #.O /atabase for Inbo) 4dmin

H :perations 2anager*1


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$able #.# /atabase for Inbo) 4pplicant

$able #.P /atabase for Inbo) H

H :perations 2anager*'


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$able #.@ /atabase for Inbo) Interviewer

$able #.? /atabase for Inbo) 2anager

H :perations 2anager**


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$able #." /atabase for >ogin

$able #.!Q /atabase for *ser 0ehavior

H :perations 2anager*+


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$able #.!! /atabase for 7iew 3iles

H :perations 2anager*


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>. S6STEM TESTIN+

$esting is one of the most important phases in the software development activity. In

software development life cycle &/>+', the main aim of testing process is the

1uality( the developed software is tested against attaining the re1uired functionality

and performance.

/uring the testing process the software is worked with some particular test cases and

the output of the test cases are analy6ed whether the software is working according to

the e)pectations or not.

$he success of the testing process in determining the errors is mostly depends uponthe test case criteria, for testing any software we need to have a description of the

e)pected behavior of the system and method of determining whether the observed

behavior confirmed to the e)pected behavior.

>.1 T6PES O TESTIN+

ince the errors in the software can be injured at any stage. o, we have to carry out

the testing process at different levels during the development. $he basic levels of

testing are *nit, Integration, ystem and 4cceptance $esting.

$he *nit $esting is carried out on coding. Here different modules are tested against

the specifications produced during design for the modules. In case of integration

testing different tested modules are combined into sub systems and tested in case of

the system testing the full software is tested and in the ne)t level of testing the system

is tested with user re1uirement document prepared during .

$here are two basic approaches for testing. $hey are

/nctional Testin'

In 3unctional $esting test cases are decided solely on the basis of re1uirements of the

program or module and the internals of the program or modules are not considered for

selection of test cases. $his is also called 0lack 0o) $esting

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Str/ct/ral Testin'

In tructural $esting test cases are generated on actual code of the program or module

to be tested. $his is called .1.1 Testin' Process

4 number of activities must be performed for testing software. $esting starts with test

plan. $est plan identifies all testing related activities that need to be performed along

with the schedule and guide lines for testing. $he plan also specifies the levels of

testing that need to be done, by identifying the different testing units. 3or each unit

specified in the plan first the test cases and reports are produced. $hese reports are

analy6ed.

TEST P*-N

$est plan is a general document for entire project, which defines the scope, approach

to be taken and the personal responsible for different activities of testing.

Test Case Speci$ication

4lthough there is one test plan for entire project test cases have to be specified

separately for each test case. $est case specification gives for each item to be tested.

4ll test cases and outputs e)pected for those test cases.

TEST C-SE E7ECUTION -ND -N-*6SIS

$he steps to be performed for e)ecuting the test cases are specified in separate

document called test procedure specification. $his document specify any specify

re1uirements that e)ist for setting the test environment and describes the methods and

formats for reporting the results of testing.

Unit Testin'

*nit testing mainly focused first in the smallest and low level modules, proceeding

one at a time. 0ottom%up testing was performed on each module. 4s developing a

driver program, that tests modules by developed or used. 0ut for the purpose of

testing, modules themselves were used as stubs, to print verification of the actions

performed. 4fter the lower level modules were tested, the modules that in the ne)t

higher level those make use of the lower modules were tested.

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Inte'ratin' Testin'

Integration testing is a systematic techni1ue for constructing the program structure,

while at the same time conducting tests to uncover errors associated with interfacing.

4s the system consists of the number of modules the interfaces to be tested were

between the edges of the two modules

Syste" Testin'

ystem testing is a series of different tests whose primary purpose is to fully e)ercise

the computer%based system. It also tests to find discrepancies between the system and

its original objective, current specifications.

>.( TEST C-SES

$able @.! $est case for login

$est +aseJ! -riority&H,>'High

$est :bjective +orrect login details

$est /escription *sername and password are checked

e1uirements 7erified *sername and password are checked in the database

$est Gnvironments Aoogle +hrome

$est setup. *ser initiates and control mechanism like submit

4ctions G)pected results 4ctual results

Incorrect login $he fields get cleared and Invalid user

allow user to enter correct

login details.

+orrect login+orrect login details enter

Gnter into the home pageinto the home page

/epending upon the useraccording to the user type type

-ass Fes +onditional -ass 3ail

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$able @.; $est case for *ser 7alidation

$est +aseJ! -riority&H,>'High

$est :bjective +orrect login details

$est /escription 7alidation of the user

e1uirements 7erified :4ll the fields should be entered correctly

$est Gnvironments Aoogle +hrome

$est setup. *ser initiates and control mechanism like submit

4ctions G)pected results 4ctual results

Incorrect login $he fields get cleared and Invalid mobile no, email id

allow user to enter correct

login details.

+orrect login +orrect login details enter Gnter into the view page ofinto the home page the usersaccording to the user type

-ass Fes +onditional -ass 3ail

+-


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+


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3ig @.O 4dmin -age

$his is the 4dmin page of H operations 2anager

$he 4dmin can perform different operations

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3ig @.# egistration -age

$his page is used for registration.

$he registration is done only by the admin by entering the user personaldetails.

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3ig @.P 4dmin view

$his page shows all the details of different users that are already registered foradmin and hr.

3or a H, $eam leader it will show only his details.



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3ig @.@ *pdate -age

$his page shows admin update page.

Here admin can update the user details.



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3ig @.? *pdated -age

$his page shows the employee updated page.

Here we can find more information about employee.



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3ig @." H Home -age

$his is H Home -age.

$he upper menu differs from one user to other depending on the user%type.



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3ig @.!Q H 7iew

$he page shows all the details of the manager.

He can inbo) to manager.

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3ig @.!! 4pplicant egistration

$his is applicant registration page.

Here applicant will fill all the details and he will register.

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3ig @.!; otification -age

$his is notification page.

$he page shows all the job details.

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3ig @.!N +ontact us

$his is contact us page.

Here we can communicate with them.

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A. CONC*USION -ND UTURE EN)-NCEMENT

A.1 CONC*USION

It has been a great pleasure for me to work on this e)citing and challenging project.

$his project proved good for me as it provided practical knowledge of not only

programming in 474 and G7G>G$ web based application and no some e)tent


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. REERENCES

F. Koren, .+. orth, and +. 7olinsky, 2easuring and G)tracting -ro)imity

in etworks, -roc. !;th

4+2 IAK// Int5l +onf. Knowledge /iscovery and /ata

2ining, pp. ;O#%;##, ;QQP.

2. Ito, K. akayama, $. Hara, and . ishio, 4ssociation $hesaurus

+onstruction 2ethods 0ased on >ink +o%:ccurrence 4nalysis for

. 2agnanti, and .0. :rlin, etwork 3lows $heory, 4lgoroithms, and

4pplications. -rentice Hall, !""N.


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