College
Name:- EKALAVYA SHIKSHAN SANSTHA’S POLYTECHNIC
Project
Name:- Network Fault management System
Group
Leader :-HRISHIKESH KULKARNI (TEAM LEADER)
UTKARSHA
GANLA (TEAM MEMBER)
KUNAL
BHAVE (TEAM MEMBER)
RITWIK
KULKARNI (TEAM MEMBER)
Project
Guide: Prof. Kirti Ramdasi
Features:
This project “Network Fault Management Systems” is
purely innovative project in a sense that any Client-Server fault management
and processing software is unavailable in the current market.
In the current scenario the Client-Server networks
face the following problems :-
a. The
fault detected is not immediately detected and forwarded.
b. No
Efficient Authorization.
c. Faults
are not processed before troubleshooting.
d. No
Fault Filtration.
e. There
is a lot of confusion about the location and other attribute related to a
fault.
Our Software product “Network Fault Management
System” addresses these problems that arise in a Client-Server setup which are
further processed and managed, effectively and efficiently.
The
software tool currently developed is a prototype that works well for a LAN
(Client- server setup).Hence it can be used in firms which highly give
preference to client server setups. The scalability of the tool is such that it
can be expanded with fewer modifications in the current prototype to be able to
use it as a commercial product.
WORKING PRINCIPLE:- In a client – server environment
a fault signal is generated by the communicating device (either a client or a
server based on the fault situation ) in the network . This fault signal acts
as an input for invoking the fault troubleshooting and management process.
As
the era changes the need for a fault free communication system goes on
increasing. But it is not practically possible to implement a fault free
system. Development of a stable Fault Management System is a major challenge to
meet. In order to achieve a non-interrupting communication system, it is our
impetus for selecting this topic as our project title.
Features
of Proposed System
- The
main objective of the system is to allow the network administrator or system
operator to detect and monitor the faults from multiple systems and
channelize these faults to the appropriate user.
·
The faults are assigned
to the appropriate users depending upon the role of the person in the entire
system and the ability of the user to handle the fault.
·
When a fault or event
occurs, a network component will often send a notification to the network
operator, these faults will be saved in the database.
·
Whenever a fault is
generated, fault can be in multiple systems.
·
The whole system is
user friendly, reliable and efficient.
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