Abstract
AbstractDue to the large amount of data in the wireless communication network, and the data transmission is easily affected by environmental factors, resulting in low data transmission efficiency. In order to reduce the data transmission delay and packet loss rate of wireless communication network and improve the data transmission efficiency, an optimization method of data transmission efficiency of wireless communication network for chemical energy monitoring is designed. In chemical energy monitoring, a perfect HTTP traffic model is established to simulate the data traffic behavior in the existing real monitoring process, so as to design a multicast wireless resource scheduling algorithm to implement wireless communication network data resource scheduling. Combined with the scheduling structure, an optimization model for data transmission efficiency of wireless communication network for chemical energy monitoring is established. The model can select the best link according to the different user experience requirements of upper layer applications and the current network environment. It can deal with the network interruption caused by network switching and realize the optimization of data transmission efficiency. The experimental results show that this method achieves low data transmission delay and packet loss rate in wireless communication network, and improves the data transmission efficiency.KeywordsChemical energy monitoringWireless communication networkHTTP traffic modelData transmission efficiency optimization
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