Title :
Network layer packet analysis using MENeT
Author :
Junejo, Naveed Ahmed ; Ahmed, Noman ; Rajput, A.Q.K.
Author_Institution :
Post Graduate Student Inst. of Inf. Technol., Mehran Univ. of Eng. & Technol., Jamshoro, Pakistan
Abstract :
Telecommunication networks grow in scale along many dimensions. Among these, one of the dimensions is analysis of network traffic and prediction of the traffic for future networks. The fast growth of DCN (data communication networks) over the past decades has resulted in the development of various network utilities, which perform network evaluation in different domains. We present Monitor for Ethernet Network Traffic (MENeT). The toolkit is an extension. to the earlier developed utility for traffic monitoring. The purpose of MENeT is to capture and dissemble the packets flowing through a LAN (local area network) pipe. The execution mode of the MENeT is absolutely at run time. MENeT tracks the packets as they move on from the lowest layer to the upper layer in the TCPAP protocol stack; it efficiently decrypts all the incoming packets using the RFC (request for comments) standards. The MENeT is developed to be operational on the platform of Windows NT/2000. The results suggest that the MENeT successfully decrypts all the incoming network traffic accurately and efficiently.
Keywords :
Internet; local area networks; packet switching; telecommunication network management; telecommunication standards; telecommunication traffic; transport protocols; DCN; LAN pipe packet flow; MENeT; Monitor for Ethernet Network Traffic; RFC standards; TCP/IP protocol stack; Windows NT/2000 operational platform; data communication networks; incoming packet decryption; network evaluation domains; network layer packet analysis; network traffic prediction; network utilities; packet layers; packet parsing; request for comments standards; run time MENeT execution mode; traffic monitoring toolkit; Access protocols; Ethernet networks; Libraries; Local area networks; Mathematical model; Monitoring; TCPIP; Telecommunication traffic; Traffic control; Workstations;
Conference_Titel :
Multi Topic Conference, 2003. INMIC 2003. 7th International
Print_ISBN :
0-7803-8183-1
DOI :
10.1109/INMIC.2003.1416681