Authors:
Sanjay K. Dhurandher
1
;
Mohammad S. Obaidat
2
;
Abhishek Gupta
1
;
Prateek Gupta
1
and
Siddharth Goel
1
Affiliations:
1
Netaji Subhas Institute of Technology and University of Delhi, India
;
2
Monmouth University, United States
Keyword(s):
Underwater Sensor Networks, Probabilistic Routing, Simulation Analysis, Performance Evaluation.
Related
Ontology
Subjects/Areas/Topics:
Application Domains
;
Energy and Power Systems
;
Simulation and Modeling
Abstract:
As the Importance of Applications, Such as Ocean Sampling, Environmental Monitoring, Disaster Prevention, and Distributed Tactical Surveillance, Has Recently Grown, the Need for Underwater Communication Has Become More Pronounced. unlike Terrestrial Sensor Networks, Underwater Sensor Networks (Uwsns) Have Different Characteristics Such as a Long Propagation Delay, a Narrow Bandwidth and High Packet Loss.Considering the Various Challenges Posed by the Underwater Environment, a Routing Algorithm Has Been Proposed in This Paper. the Algorithm Consists of Special Features, including Three Different Types of Nodes in the Architecture Proposed, a Mathematical Formula in Order to Select the next Node to Be Used for Transmission. The Major Aim of the Algorithm Is to Select the next Node to Be Used for Successful Data Delivery, and Ensure Minimum Energy Consumption. the next Node Is Chosen With Utmost Care in Order to Increase the Probability of Successful Data Delivery. the Packet Is Transfe
rred from the Source to the Sub-Destination by Exploiting Minimum Energy of the Nodes. the Simulation Studies for the Protocol Were Conducted using AQUA-GLOMO Network Simulator. the Protocol Was Benchmarked With DSR Routing Protocol. The Matrices That Were Considered for the Simulation Study Were Throughput, PDR, Energy Consumption and Delay and It Was Observed That Our Proposed Model Performed Better in the Underwater Environment.
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