Modeling and Analysis of the Impact of Haze Environment on the Training Effect of Ice Climbing

Xiuli Zhang

Ekoloji, 2019, Issue 108, Pages: 1217-1222


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By analyzing the influence of haze environment on the training effect of ice climbing, training plan can be formulated more reasonably. This paper presents a modeling method for the effect of haze environment on ice climbing training based on global optimal solution. Firstly, chaos theory and particle theory are combined organically to map the evoked region of the motion individual’s response to the first and second haze stimuli to the nuclear space, and obtain the physiological change factors of the motion individual. Then, using support vector machine theory, the signal transmission in the brain and the same physiological components in the body loop system are obtained, and the haze environment is extracted to climb. The objective function of haze environment on ice climbing training effect is established. The global optimal solution of haze environment on ice climbing training effect is solved. The influence model of haze environment on ice climbing training effect prediction is designed. The experimental results show that the model has the advantages of accuracy and small error, and can accurately predict the training effect of ice climbing in haze environment.


haze environment, ice climbing, training effect, impact model


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