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

Table 1

List of assist time and parameters for athletes to slide down rapidly along the pavement.

Rank	Athletes	Slide assist time (s)	G (N)	G X (N)	F rX (N)	F = GX + FrX
1	Carina VOGT(GRE)	5.265	607.60	364.56	38.03	402.59
2	Daniela IRASCHKO-STOLZ (AUT)	5.265	558.60	335.16	34.97	370.13
3	Coline MATTEL (FRA)	5.340	558.60	335.16	24.64	359.80
4	Sara TAKANASHI (JPN)	5.360	480.20	288.12	18.88	307.00
5	Evelyn INSAM (ITA)	5.430	597.80	358.68	13.71	372.39
6	Maja VTIC (SLO)	5.450	539.00	323.40	9.91	333.31
7	Yuki ITO (JPN)	5.450	470.40	282.24	8.64	290.88
8	Maren LUNDBY (NOR)	5.470	523.32	313.99	7.26	321.25
	Best parameter model: Range (M ± SD)	5.379 ± 0.084	541.94 ± 49.67	325.16 ± 29.80	19.51 ± 11.97	344.67 ± 37.78
	P	>0.05	>0.05	>0.05	<0.05	>0.05

Note: G_X is the component force of gravity along the slide direction; F_nx is the component force of the starting platform to the athletes along the sliding direction; F is the resultant force to prompt the athletes to slide down the pavement rapidly; the acceleration of gravity is 9.8 m/s². This full athleticism is comprised of crucial components that work together to achieve physical fitness that is well-balanced and well-rounded. Athletes need to be able to perform at a high level of physical and mental persistence to succeed.