Mobile Ad Hoc Network Protocols Based on Dissimilarity Metrics [electronic resource] /
Günes, M.author.
Reina, D. G.author.
Garcia Campos, J. M.author.
Toral, S. L.author.
This SpringerBrief presents the design and performance evaluation of communication protocols based on dissimilarity metrics for wireless multihop networks. Dissimilarity metrics are used to infer the network topology based solely on local information to efficiently disseminate packets throughout the network, reducing both redundancy and congestion which is covered in this brief. The performance evaluation of the proposed communication protocols has been conducted by both meticulous simulation and real experimentation in a wireless multi-hop testbed. The obtained results in this brief corroborate the hypothesis regarding the validity of dissimilarity metrics, which can be used to design efficient communication protocols. This SpringerBrief is a good starting point for advanced-level students studying computer science and electrical engineering, as well as researchers and professionals working in this field.
Includes bibliographical references.
1 Introduction -- 2 Wireless multi-hop networks -- 3 Communication protocols for multi-hop ad hoc networks -- 4 Dissimilarity metrics -- 5 Probabilistic broadcasting based on dissimilarity metrics 6 Probabilistic broadcasting in VANETs -- 7 Routing in VANETs -- 8 Dissimilarity-based protocols in the DES-Testbed -- 9 Conclusions and future directions.
This SpringerBrief presents the design and performance evaluation of communication protocols based on dissimilarity metrics for wireless multihop networks. Dissimilarity metrics are used to infer the network topology based solely on local information to efficiently disseminate packets throughout the network, reducing both redundancy and congestion which is covered in this brief. The performance evaluation of the proposed communication protocols has been conducted by both meticulous simulation and real experimentation in a wireless multi-hop testbed. The obtained results in this brief corroborate the hypothesis regarding the validity of dissimilarity metrics, which can be used to design efficient communication protocols. This SpringerBrief is a good starting point for advanced-level students studying computer science and electrical engineering, as well as researchers and professionals working in this field.
Computer communication systems.
Electrical engineering.
Computer Communication Networks.
Communications Engineering, Networks.