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Comparative Analysis of Angle Based and Traditional Routing Protocols for MANETs / WSNs

Mishra Saurabh, Vijay Sandip

Annals of Computer Science and Information Systems

2017

Vol. 10

251--254

In this paper Angle based routing protocols are discussed and analyzed, which are developed for Mobile AdHoc networks or mobile Wireless Sensor Networks. Moto of this paper is to provide an idea that the routing protocols developed for Mobile Adhoc Networks can be completely used in Mobile Wireless Sensor Networks, by applying angle-based approach with them, as described in AODV, DYMO, OLSR, ZRP. This paper presents the approach of angle based routing protocol which are compared with the traditional routing protocols. The protocols are simulated on Qualnet simulator. The results shows different parameters of routing protocols like packet sent, packet received and forwarded at MAC layer etc.

Research for Improved AODV Algorithm Based on Probability Broadcasting with Percolation Theory

Wang G., Wang S., Liu C., Zhang X.

Przegląd Elektrotechniczny

2012

R. 88, nr 7b

372--374

As the MANET topology send so excessive RREQ packets, we propose an improved AODV algorithm based on probability broadcasting with percolation theory, and select the critical threshold of network connectivity as the forwarding probability in the processing in routing discovery of AODV. We retain historical routing information and record the numbers of the remaining hops into the hop counter, making RREQ groups forwarding along to the node of the minimum remaining hops, reducing the overlap coverage of the sending signals among the neighboring nodes.

Zaproponowano ulepszony algorytm AODFV (ad hoc on demand distance vector routing) do topologii MANET. Algorytm uwzględnia prawdopodobieństwo transmisji, teorię perkolacji (teorię przecieku) oraz historię połączeń.