1. --- IT Acumens. COMIT Acumens. COM SNMP Project

2. AIM The aim of our project is to monitor and manage the performance of a network. The aim of our project is to monitor and manage the performance of a network.

3. PROBLEM DEFINITION Given a network the problem is concerned with reducing traffic in the network. Given a network the problem is concerned with reducing traffic in the network. Each system in a network has to be monitored and studied of its activities Each system in a network has to be monitored and studied of its activities The movement of data packets between systems in a network should be continuously monitored. The movement of data packets between systems in a network should be continuously monitored. The details that are monitored on every client should be displayed in the server. The details that are monitored on every client should be displayed in the server.

4. WHY ANALYSIS ? COST EFFECTIVE COST EFFECTIVE EFFICIENT NETWORK MANAGEMENT EFFICIENT NETWORK MANAGEMENT EFFICIENT MONITORING OF NETWORK EFFICIENT MONITORING OF NETWORK

6. HARDWARE SPECIFICATIONS An IBM or Compatible Personal Computer An IBM or Compatible Personal Computer 512 K RAM 512 K RAM Hard Disk And One Diskette Drive Hard Disk And One Diskette Drive

7. SOFTWARE REQUIREMENTS OS:WINDOWS NT/2000/XP SNMP SERVICE JDK 1.2.2

8. FEATURES OF JAVA It Is Noted For Its Translations Into Efficient Machine Code It Is Noted For Its Translations Into Efficient Machine Code Platform Independent Platform Independent Use Of Standard Library Use Of Standard Library Well Suited For Network Programming Well Suited For Network Programming The Ability To Extend Itself The Ability To Extend Itself JAVA is a simple yet powerfull language. JAVA is a simple yet powerfull language.

9. SNMP MESSAGES GET REQUEST GET-NEXT-REQUEST SET-REQUEST GET-RESPONSE TRAP

10. DATA FLOW DIAGRAMS

12. NETWORK MANAGEMENT STATION

14. COMMUNICATION BETWEEN MANAGER AND AGENT

15. ARCHITECTURE OF MIB OBJECT INFORMATION SERVICE

16. DISTRIBUTED MIB OBJECT INFORMATION SERVICE

17. MODULES OBSERVING THE NETWORK OBSERVING THE NETWORK COLLECTING INFORMATION COLLECTING INFORMATION DISPLAYING INFORMATION OBTAINED DISPLAYING INFORMATION OBTAINED TAKING APPROPRIATE ACTION TAKING APPROPRIATE ACTION

18. OBSERVING THE NETWORK Each client in a network is studied of its performance Each client in a network is studied of its performance Each packet transferred is monitored of its status Each packet transferred is monitored of its status The details are collected by the server The details are collected by the server

19. DISPLAYING INFORMATION OBTAINED The information is collected at the server The information is collected at the server The collected information is displayed at the server The collected information is displayed at the server TRAP is notified for every occurance of it TRAP is notified for every occurance of it

20. FUTURE ENHANCEMENTS WE HAVE PLANNED TO IMPLEMENT Extend the scope of our network management protocol Make a congestion free network environment

21. SCREEN SHOTS

22. NETWORK MANAGEMENT SYSTEM

23. FAULT & PERFORMANCE MANAGEMENT

24. CONFIGURATION MANAGEMENT

25. OBJECT BROWSER - GET

26. OBJECT BROWSER - MONITOR