Attack Discernment and Protected Network Communication in Wireless Body Area Network (WBAN)
DOI:
https://doi.org/10.5281/zenodo.8210362Keywords:
Autonomous System, EIGRP, TELNET, QoS, Subnet MaskAbstract
Wireless Body Area Network (WBAN) is the most rapidly growing branch of networking and data communication. With the rapid advancements of wireless communication and semiconductor technology, sensor network designed to operate autonomously to connect various other sensors (medical, position and geography) and appliances has become more robust and efficient. We realize a network consisting of intra-body and inter-body communication network. Each body is considered to be an Autonomous System (AS) capable of mobility and connectivity to every other Autonomous System (AS) with different Autonomous System Number (ASN). The intra-body network consists of sensors and other elements embedded on or inside the body. These form the nodes of the network and are interconnected by links. A Body Area Network is constructed to interconnect the nodes, thereby exchanging information and bringing about the real-time concepts of sensors inter-dependability. Malicious nodes can construct a dynamic blacklist of Network nodes, which can be used to block nodes whose trust values fall below a pre-defined threshold. This network when connected and tested would enable exchange of confidential and essential data of military personnel. The information in the network to be transmitted is password protected. This would avoid the intruders from stealing TOP-SECRET data/information. GNS 3 tool is used for implementing routing and cryptography on the network.References
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Copyright (c) 2023 Smitha B N, Kumari G, Rohith H G, Sammed Patil, Suraj Gudi
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