A Real-Time Directed Routing Protocol Based on Projection of Convex Holes on Underwater Acoustic Networks | Zendy

Hongning Hu | Zendy; Zhong Liu | Zendy; Li Lu | Zendy

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A Real-Time Directed Routing Protocol Based on Projection of Convex Holes on Underwater Acoustic Networks

Author(s) -

Hongning Hu,

Zhong Liu,

Li Lu

Publication year - 2012

Publication title -

international journal of wireless and microwave technologies

Language(s) - English

Resource type - Journals

eISSN - 2076-9539

pISSN - 2076-1449

DOI - 10.5815/ijwmt.2012.02.10

Subject(s) - underwater , computer science , regular polygon , protocol (science) , projection (relational algebra) , acoustics , algorithm , mathematics , geology , medicine , physics , geometry , oceanography , alternative medicine , pathology

The directed routing protocol ends in failure when it faces a situation of the destination node with a very low velocity in a sparse ad hoc network so that none of nodes exist in its forwarding zone. Illuminated byBFDREAM and ZONER, the paper firstly proposes a novelty routing protocol that is fairly immune to forwarding failure through projecting the present source node on the boundaries of convex baffle holes ofunderwater acoustic networks in deep sea. Compared with DREAM and BFDREAM, the experimental results show our protocol achieves a great improvement in decreasing the propagation delay and reducing quantities of the non-effect information. So the new protocol may have a bright application prospect in deep sea acoustic networks

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