Abstract:

In wireless detector networks (KAAs), it is very important to design a solid direction protocol between the detector nodes and the passenger receiver (collector) nodes for efficient data transmission. In KAA, the random mobility of passenger receiver nodes increases the package delay in the network in explosive traffic situations. Therefore, in this study, an explosive traffic-controlled direction method based on heterogeneous KAAs was transmitted. In the recommended method, when the detector nodes are distributed into the network area, the network area is divided into two groups of cums with a certain number of cums in each. In the detector network, one passenger receiver node of each group of crowds performs the task. These passenger receiver nodes, thanks to the passenger routes selected with a recommended explosive traffic-based travel method, collect all data with a single-floping attitude as soon as the crowd reaches the head. In this way, the energy load is balanced by sharing between the networks. In the recommended travel model, as soon as the explosive data is detected, the passenger receiver collects the data in the network by updating the node orbit right to each bulk where the explosive data is. Performance analysis has been made in the NS-2 comparison software installed on the Ubuntu 14.04 LTS platform to verify the recommended method. The comparison results show that the recommended method, compared to current studies, increased the network life and reduced the average energy consumption.

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