Step-by-step analysis method for haze concentration in hurdle field

Abstract

The invention relates to a step-by-step analysis method for haze concentration in a hurdle field. The method comprises determining the severity of field haze by using a hurdle field haze concentrationstep-by-step analysis platform based on the statistics of characters recognized successfully at the starting point of a hurdle runway. The method can judge the severity of haze in the hurdle race field.

Description

technical field [0001] The invention relates to the field of sports equipment, in particular to a step-by-step analysis method for hurdle field haze concentration. Background technique [0002] The performance of hurdle running depends on the athlete's flat running speed, the perfect technique of crossing the hurdle, the perfect technique of running and crossing the hurdle, and the ability to coordinate and cooperate between running and crossing. It is impossible to achieve excellent results in hurdle running with only good running speed without perfect technique of crossing the hurdle. Similarly, one cannot achieve higher results in hurdling with only reasonable technique but no good running speed. [0003] The key to hurdle running is speed. This means running fast and completing a series of movements across the hurdle quickly. Therefore, any distance hurdling is characterized by a short period of high-intensity work. The movement is natural, and it can be completed wit...

AI Technical Summary

Problems solved by technology

[0004] In actual competitions, there is often the problem that the smog weather is too thick and affects the progress of the hurdle race. For the hurdle race, this problem is particularly prominent due to the many hurdle tools placed on the track. However, there is currently no way to judge the fog. Whether the haze affects the technical solution of the decision on the conduct of the hurdle race