Title :
Simulation of the Rumor Routing Algorithm in sensor networks
Author :
Sann, Zarni ; Minn, Khaing Thazin
Author_Institution :
Hardware Technol. Dept., Comput. Univ. (Mandalay), Mandalay, Myanmar
Abstract :
Wireless sensor networks are used in many real-time applications. Sensor nodes are deployed for a wide range of environmental monitoring applications. In order to constrain communication overhead, dense in the network, these sensor nodes are called event source. The nodes distributing queries are called the query sources. This system describes and evaluates through simulation a scheme called Rumor Routing Algorithm. This system use Rumor Routing Algorithm, which allows queries from the query source to discover the event source. When the event sources are found, the source messages will send the query nodes. The main objectives of system are to study the sensor networks and routing mechanisms in sensor networks. This system is implemented with separate functions to get query message. It can get the query message with quickly and timely, and can support the efficient query messages. The aim of this system is emphasized about simulation of rumor routing algorithm in wireless sensor network. So, this system is implemented important message query for forest area in Mandalay division. This is a lot of space and stayed a few people in this area. Wireless sensor node can allot in this area and can be applied rumor routing algorithm for shortest path.
Keywords :
query processing; telecommunication network routing; telecommunication transmission lines; wireless sensor networks; Mandalay division; communication overhead; environmental monitoring; forest area; query message; query nodes; query source; real-time applications; rumor routing algorithm; wireless sensor networks; Algorithm design and analysis; Floods; Radio communication; Routing; Sensors; Target tracking; Wireless sensor networks; Event Flooding; Query Flooding; Rumor Routing Algorithm; Sensor Network;
Conference_Titel :
Computer Research and Development (ICCRD), 2011 3rd International Conference on
Conference_Location :
Shanghai
Print_ISBN :
978-1-61284-839-6
DOI :
10.1109/ICCRD.2011.5764234