智能体赋能跳台滑雪飞行阶段姿态表现
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Sun Y,Wu C,Gao L,et al.Study on technical movements’s spatial and temporal characteristics of women’s ski jumping to utilizing AI in 5G network for data processing[J].Journal of Mechanical Science and Technology,2022,36(5):497-502.
Puumala R,McPHERSON M.A kinematic analysis of the flight phase of ski jumping[C]//Thirteenth International Symposium on Biomechanics in Sports.Reykjavik,Iceland: International Society of Biomechanics in Sports,1995:13-20.
YAMAMOTO K,TSUBOKURA M,MATSUZAWA M,et al.Visualization of information in ski jumping and its utilization[J].Journal of the Visualization Society of Japan,2020,40(157):18-21.
Schulthess L,Ingolfsson T M,Huber S,et al.A leap into the future: Towards an augmented reality learning environment in ski-jumping[C].ETH Zurich Research Collection,2024.
Zhang L,Li X,Wang X,et al.Performance and biomechanics in the flight period of ski jumping: Influence of ski attitude[J].Biology,2022,11(5):671.
沈梓祎,杨猛,杨超,等.基于单目视频的跳台滑雪飞行阶段数据提取方法[J].系统仿真学报,2023,35(9):2035-2044.
Ferjan M,Mežnar M,Jereb E.Ski jumping–talent battle in a learning organization[J].Organizacija,2013,46(4):119-129.
于明岩,牟以诺,景浩,等.我国跳台滑雪运动的发展现状与对策研究[J].当代体育科技,2024,14(23):190-193.
张振,许云峰.技巧类雪上项目,中国大丰收[N].环球时报,2022-02-19(004).
Virmavirta M,Kivekas J.Individualized biomechanical modeling improves ski jumping distance prediction[J].Journal of Sports Sciences,2023,41(15): 1689-1697.
张栋,邹晓双,刘钰,等.动作姿态对北欧两项运动员跳台滑雪助滑和起跳气动阻力的影响[J].中国体育科技,2023,59(9):3-12.
DOI: https://doi.org/10.33142/jscs.v6i4.20186
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