Overlay Networking to ensure seamless communication in Underwater Wireless Sensor Networks

摘要

Underwater Wireless Sensor Networks (UWSNs) finds its way actively in current researches where End-to-End communication is primarily focus with the notion of various expansion perspectives. Upgrading of machinery, equipments and sensors are involving for information and communication technologies. In general, data transmission from source to destination in underwater is asymmetric, i.e. transmitter and receiver section serves on distinct frequencies thereby complementing underwater communication. On the other hand, routing in UWSNs seems to be challenging this necessitates further exploration to complement underwater wireless communication in periodic manner. The research progressively needs to overcome certain limitations with Delay Tolerant Network (DTN) enabled JANUS (DTN-J) is an effective technique to ensure reliable data transmission which is crucial for underwater networks. A high efficiency microprocessor is widely been adopted in terms of decision making mechanism which complements for maximizing system performance. In this research, simulation results enhance the End-to-End communication and network lifetime together suggesting reliable tensor value which further assists to potential development in the field of UWSNs.