Optimisation of data transmission delay of heart rate monitoring equipment in sports

Abstract

In order to overcome the problem of high transmission delay of traditional heart rate monitoring equipment, this paper proposes a new optimisation method for data transmission delay of sports heart rate monitoring equipment. This paper analyses the characteristics of heart rate data under different exercise intensity, constructs the energy consumption model of data transmission, and analyses the operation process of energy consumption model in detail. According to the RBF neural network, the related parameters affecting the data transmission delay of heart rate monitoring equipment are calculated and optimised to complete the optimisation of data transmission delay of heart rate monitoring equipment. The experimental results show that the data delay optimisation method proposed in this paper can effectively reduce the transmission delay, the minimum high delay time is only 60 ms, improve the transmission rate, and has strong practical application.