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NETWORK ROUTING SIMULATOR

Title of the Project : NETWORK ROUTING SIMULATOR

SDLC Methodologies : Waterfall/Spiral Model

Course:Roll No:Name of the Student:Technology And Language: JAVAInternal Guide:E-Mail ID:Mobile No (Student):

Abstract of the Project:

Introduction :

A simple definition of Network Routing Simulator is "learning how to get from here

to there." In some cases, the term Network Routing Simulator is used in a very strict sense to

refer only to the process of obtaining and distributing information, but not to the process of

using that information to actually get from one place to. Since it is difficult to grasp the use

fulness of information that is acquired but never used, we employ the term Network Routing

Simulator to refer in general to all the things that are done to discover and advertise paths

from here to there and to actually move packets from here to there when necessary. The

distinction between Network Routing Simulator and forwarding is preserved in the formal

discussion of the functions performed by OSI end systems and intermediate systems, in which

context the distinction is meaningful.

Network Routing Simulator is the act of moving information across an inter

network from a source to a destination. Along the way, at least one intermediate nodetypically is encountered. Network Routing Simulator is the process of finding a path from a

source to every destination in the network. It allows users in the remote part of the world to

get to information and services provided by computers anywhere in the world. Network

Routing Simulator is accomplished by means of Network Routing Simulator protocols that

establish mutually consistent Network Routing Simulator tables in every router in the Network.

When a packet is received by the router or is forwarded by the host, they both

must make decisions as to how to send the packet. To do this, the router and the host consult

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a database for information known as the Network Routing Simulator table. This database is

stored in RAM so that the lookup process is optimized. As the packet is forwarded through

various routers towards its destination, each router makes a decision so as to proceed by

consulting its Network Routing Simulator table.

Network Routing Simulator Algorithms

Flooding

Hot-Potato

Source Network Routing Simulator

Distance Vector (Bellman-Ford)RIP (Network Routing Simulator Information Protocol)

Link state

Environment:

Operating System : - Microsoft Windows XP/2000 or Higher

Clients: CONSOLE Development Tools: Netbeans 6.8

Documentation Tools: : MS Office 2003/2007

Drawing Tools: IBM Rational Rose Enterprise, MS Office Visio 2007

User Interface: AWT & SWINGS

Code Behind: AWT & SWINGS

Requirements:

Hardware Requirements:

Number Description1 PC With Minimum 20 GB Hard-Disk And 1GB RAM

Software Requirements:

Number Description

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1 Windows XP/2000 Or Higher With MS-Office 2003/20072. AWT & SWINGS3. CONSOLE

Milestones:

No. MilestoneName

Milestone Description Remarks

1 RequirementsSpecification

Complete specification of thesystem including defininghierarchies constitutes thismilestone. A document detailingthe same should be written anda presentation on that be made.

Attempt should be made to addsome more relevant functionalityother than those that are listed inthis document.

2 TechnologyFamiliarization

Understanding of the technologyneeded to implement the project.

The presentation should be fromthe point of view of being able toapply it to the project, rather thanfrom a theoretical perspective.

3 High-level andDetailedDesign

Listing down all possiblescenarios and then coming upwith flow-charts or pseudo codeto handle the scenario.

The scenarios should map to therequirement specification

4 Developmentof Front EndFunctionalities.

Implementation of the mainscreen giving the login, screenthat follows the login givingvarious options, screens for eachof the options

During this milestone period, itwould be a good idea for the teamto start working on a test-plan forthe entire system. This test-plancan be updated as and when newscenarios come to mind.

5 Integrating theFront-end withthe Database

The front-end developed in theearlier milestone will now be ableto update the database. Otherfeatures should be functional atthis stage. In short, the systemshould be ready for integrationtesting.

6 IntegrationTesting

The system should be thoroughlytested by running all the testcases written for the system(from milestone 5).

Another 2 weeks should be thereto handle any issues found duringtesting of the system. After that,the final demo can be arranged.

7 Final Review Issues found during the previousmilestone are fixed and thesystem is ready for the finalreview.

During the final review of theproject, it should be checked thatall the requirements specifiedduring milestone number 1 arefulfilled

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The following steps will be helpful to start of the project :

Study and be comfortable with: JAVA. Gather some knowledge of product hierarchies and maintenance before starting the

design.

Start with creating the login screen.

Create menus for navigation and group the functionalities as sub menus.

Create the help-pages of the application in the form of FAQ. This will helps user.