Finding
The proposed algorithm is compared with earlier method with multihop network and proved with network parameters such as Average Power Consumption, Average Queue Length and Average Delay and with improved efficiency.
Paper
Performance Evaluation of Queue Management using Adaptive Duty Cycle Control in Wireless Sensor Networks
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Full text
Semantic ScholarAbstract
Wireless Sensor Networks has extensive variety of utilizations that helps to sense and screen the natural conditions, for example power, traffic and network attributes it inturn increases the end to end delay. Due to this an efficient and effective scheduling algorithm need to be proposed that reduces the delay time and inturn power consumptions. A new technique called Buffer Queue management is introduced that gives the sufficient buffer space allocation to its neighboring nodes and takes the intervals of sleep periods to find the shortest path in the network and controlling of the duty cycle through the same. The synchronization technique is achieved by using active patterns for controlling the delay. These results are used to achieve stability and fairness of the implement network with 30 nodes and coverage area around 10Ǿ. The proposed algorithm is compared with earlier method with multihop network and proved with network parameters such as Average Power Consumption, Average Queue Length and Average Delay and with improved efficiency.
Authors
Andani Basavaraja, Sanjay K.Nagendra, Shashi Kiran B.S
Journal
International Journal of Modern Trends in Engineering and Research