Study on Technical Movements’ Spatial and Temporal Characteristics of Women’s Ski Jumping to Utilizing AI in 5G Network for Data Processing

Abstract

Use of literature, mathematical statistics, information technology, and other methods, analysis of Sochi 2014 Winter Olympics women’s ski jumping in time and space projects feature of the technical movement, with the New vision of Remote E-health with 5G and Beyond is analyzed, in which the fifth generation of cellular wireless technology can explore healthcare with its high speed and massive connection vitality and accelerate the growth of diagnosis with great assistance by the Remote E-health which aims to further explore the world of technical movement elite women ski jumping characteristics. The results showed that (1) technical characteristics of the time, “slip stage, take-off preparation stage, parabolic trajectory cast peace movement” four stages the length of time is proportional to the ranking of the final scores. (2) the space characteristics of technical aspects, “slip stage” outstanding female athletes in the world to adopt to reduce air resistance with flat back slip posture; “Jump to feet slide” level with the least resistance lift larger bent type take-off position; “Parabolic trajectory falling phase athlete’s ankle Angle, Angle of the knee and hip Angle 180°; “Horizontal cast trajectory” athletes “voids and ankle Angle” degree is reduced, along with the increase of the degree of hip Angle two skis front distance increases, straight knee joint degree are 180°, such a can obtain maximum lift-to-drag ratio, make further flight distance. Studies suggest that coaches in the selection, training, and participation in periodic arrangement of large games can refer to the theoretical parameters of this study and make the appropriate decisions.