IP Recovery Using Multiple Routing Configurations Requirements: Software Require

Question

IP Recovery Using Multiple Routing Configurations

Requirements:

Software Requirements:

FRONT END                 :    User Based

TOOLS USED               :    User Based

OPERATING SYSTEM:    WINDOWS

Hardware Requirements:

PROCESSOR        :    2.6 GHz

RAM                      :    2 GB

MONITOR     :           13”

HARD DISK           : 20 GB

CDDRIVE             :    52X

KEYBOARD           : STANDARD 102 KEYS

MOUSE                    : 3 BUTTONS

Functional Requirements:

Server

Client

Routers

Server:

It will receive the data send by the client which came from the active router.

It can have any number of clients.

Client:

This module is used to send the data to server through routers

It will provide user friendly interface to send the data to the required destination

Routers:

These are placed in between server and client to transfer the data.

Whenever client send the data to the server it will pass through any one router.

If the router is failed the data will be transferred through another router to reduce the system failure.

Functional Requirements should include:

Descriptions of data to be entered into the system

Descriptions of operations performed by each screen

Descriptions of work-flows performed by the system

Descriptions of system reports or other outputs

Who can enter the data into the system?

How the system meets applicable regulatory requirements

The functional specification is designed to be read by a general audience. Readers should understand the system, but no particular technical knowledge should be required to understand the document.

Introduction to IP Recovery Using Multiple Routing Configurations Networking Project:

With the invention of internet the communication system is being developed to a great extent. Presently slow junction of routing protocols for a network infrastructure is a great problem faced by numerous people, so to recuperate the failures of IP networks the MRC system is being developed.

Multiple routing configurations can be applied with little change. In this article the performance of the MRC system will be measured in terms of few technical prospects after the network failure. While using MRC how the increased traffic is performing the network distribution it also can be exhibited. The aim of this system is to facilitate the functional and non-functional needs.

SYSTEM DESIGN CONCEPTS

Presently internet has become an important part of communication infrastructure and the ease of use and consistency make it really useful. The facility of get back to normal from the failure is the chief objective of network developers. Though IP networks are truly strong with the use of IGP routing protocols and others, these protocols are designed in such a way so that it can be able to inform immediately after failure and the protocols are based on tailored topology. The functionality is evaluated in different parameters like load distribution and backup lengths.

There are some technical requirements that should be included in multiple routing configurations. There should be details of data to be accessed into the system, the functions operated by every screen, the detailed work flow on the system.

There should be system reports and one individual who would enter the details of data into the system and check out how the system matches with the necessary requirements. For ordinary public the technical specifications are being publicized. Those who are interested to know all about MRC but lacking technical knowledge can easily understand the entire system

multiple routing configuration for fast IP nw recovery Serveradmin User/client multiple routing configuration outer accept dat and forward to server Client

Explanation / Answer

Presently internet has become an important part of communication infrastructure and the ease of use and consistency make it really useful. The facility of get back to normal from the failure is the chief objective of network developers. Though IP networks are truly strong with the use of IGP routing protocols and others, these protocols are designed in such a way so that it can be able to inform immediately after failure and the protocols are based on tailored topology. The functionality is evaluated in different parameters like load distribution and backup lengths.

There are some technical requirements that should be included in multiple routing configurations. There should be details of data to be accessed into the system, the functions operated by every screen, the detailed work flow on the system.

There should be system reports and one individual who would enter the details of data into the system and check out how the system matches with the necessary requirements. For ordinary public the technical specifications are being publicized. Those who are interested to know all about MRC but lacking technical knowledge can easily understand the entire system

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