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OPTIMIZATION OF SELECTIVE THROUGHPUT USING PRIWET SCHEDULING ALGORITHM IN WIRELESS SENSOR NETWORK
OPTIMIZATION OF SELECTIVE THROUGHPUT USING PRIWET SCHEDULING ALGORITHM IN WIRELESS SENSOR NETWORK
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机译：无线传感器网络中基于优先调度算法的优化选择算法
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摘要
Wireless sensor network (WSN) is a collection of sink and sensor nodes, which are responsible for send and receive data packets from one node to another node within network environment. Thus sensor nodes require more network resources for specific performance, requirement and constraints, such constraints like throughput, fairness reliability and so on. In this we prioritize throughput i.e. data packets for better performance of WSN. Throughput is successfully deliver data packets per unit time. We can increase throughput by allocating time slot to node that has traffic and also by adjusting network topology. Due to this, throughput get increases and also helpful for better transmission of data within the network. By optimization of selective throughput with respect to priority we can deliver maximum data from one node to another node by maintaining good energy efficiency. For this purpose we classify packets according to their priority, i.e. high, medium, low priority. This is done by scheduler at each node. Using this, PriWeT Scheduling algorithm we can optimize selective throughput in wireless sensor network.Following invention is described in detail with the help of Figure 1 of sheet 1 shows PriWeT Scheduling algorithm of data packet and Figure 2 of sheet 2 shows Flow Chart Diagram of PriWeT Scheduling algorithm.
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