Dynamic Communication Protocol modelling for Intrusion traces using Cisco Packet Tracer integration with Wireshark

  • Vaishnavi Sivagaminathan, Dr. Manmohan Sharma
Keywords: Cisco Packet Tracer, Network Topology, IoT Network

Abstract

The designing, modeling and simulation were design in Cisco Packet Tracer considering three pc, two mobiles, two routers, two switches, one DNS server and one DHPC server. The simulations were tested with Dynamic IP configuration where source and destination IP were created using training dataset by cisco. This model of IOT network or Network topology was simulated for data environment in wire-shark system for getting real-time packet, protocol, time and IP dataset for the period of 10 min. Total of 7 protocol were tested for packet timing dataset and logic system for learning mechanism was created. This learning mechanism we have proposed in the form of algorithm in this paper to simulated or initialize the first iteration of model creation. This novelty of the system to create initial model for development of neural network logic or fuzzy logic is demonstrated in our research on network dataset. We have also modelled the variability in intrusion protocols for knowledge development for easy simulation of computer intelligent technique in future prospect of our research. This research will be initiated as the base model for any data analytics for collection of communication protocols with respect to network topology. 

Published
2021-08-29
How to Cite
Vaishnavi Sivagaminathan, Dr. Manmohan Sharma. (2021). Dynamic Communication Protocol modelling for Intrusion traces using Cisco Packet Tracer integration with Wireshark. Design Engineering, 4583-4599. Retrieved from http://thedesignengineering.com/index.php/DE/article/view/3853
Section
Articles