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      The addition of data aggregation to SPEED routing algorithm while keeping the functionality of available techniques

      , Article 2nd International Conference on Future Networks, ICFN 2010, 22 January 2010 through 24 January 2010 ; January , 2010 , Pages 349-353 ; 9780769539409 (ISBN) Roustaei, R ; Yousefi Fakhr, F ; Movaghar, A ; Sharif University of Technology
      2010
      Abstract
      Data aggregation is a technique that is used to decrease extra and repetitive data in cluster based routing protocols. As we know SPEED routing algorithm is based on service quality and dose not perform data aggregation. In this article, we try to add an data aggregation technique to the available techniques without interfering with the functions of previous ones. The idea involves virtual configuration of sensors and specification of an individual ID to the created data by the sensors in each region, then data aggregation in relay node is done by this ID, resulting in less energy consumption, lower traffic and repeated data, an increase in network lifetime and better quality of service  

      A new approach to improve quality of service in SPEED routing protocol in wireless sensor network through data aggregation

      , Article 2nd International Conference on Environmental and Computer Science, ICECS 2009, 28 December 2009 through 30 December 2009 ; 2009 , Pages 393-397 ; 9780769539379 (ISBN) Roustaei, R ; Zohrevandi, E ; Hassani, K ; Movaghar, A ; Sharif University of Technology
      Abstract
      SPEED routing algorithm is a service quality based algorithm in which data aggregation dose not happen. In this article, data aggregation has been added to the conventional technique in SPEED algorithm. The idea involves virtual configuration of sensors and specification of an individual ID to the created data by the sensors in each region, then data aggregation in relay node is done by this ID, resulting in less energy consumption, lower traffic and repeated data, an increase in network lifetime and better quality of service. © 2009 IEEE  
    Total 2 records