Volleyball Teaching and Research Office, Harbin Sport University, Harbin, 150000 Heilongjiang, China.
China Volleyball College, Tianjin University of Sport, Tianjin 300000, China.
Comput Math Methods Med. 2022 Mar 30;2022:2185908. doi: 10.1155/2022/2185908. eCollection 2022.
Volleyball is a sport of teamwork competition and tactical coordination. It tests the ability of team members to cooperate with each other and personal resilience. With the development of wireless communication networks, how to use wireless communication networks in the analysis of volleyball tactics is the subject of this article. To explore how to design the volleyball tactics analysis model of the wireless communication network, this paper proposes the method of LTE system and MIMO technology and designs the tactics analysis model based on the characteristics of the wireless network, then combined volleyball tactics and game theory to design a wireless communication network volleyball tactics analysis model. Then, this paper designs the simulation experiment of scene allocation problem, the algorithm simulation experiment, and the comparative investigation and analysis of volleyball game spiking technical ability. The results of the experiment are optimized for the tactical analysis model, and finally, the improvement of the training of the volleyball tactical analysis model based on the wireless communication network is verified through comparative experiments. The experimental results show that the team fit of the volleyball tactical analysis model training based on the wireless communication network has increased by 22.12% compared with the traditional volleyball tactical training. Compared with the traditional volleyball tactical training, the personal on-the-spot adaptability of the volleyball tactical analysis model training based on the wireless communication network has increased by 9.05%.
排球是一项团队竞赛和战术协调的运动。它测试团队成员相互合作和个人适应能力的能力。随着无线通信网络的发展，如何在排球战术分析中使用无线通信网络是本文的主题。为了探讨如何设计无线通信网络的排球战术分析模型，本文提出了 LTE 系统和 MIMO 技术的方法，并根据无线网络的特点设计了战术分析模型，然后结合排球战术和博弈论设计了无线通信网络排球战术分析模型。然后，本文设计了场景分配问题的仿真实验、算法仿真实验以及排球比赛扣球技术能力的对比调查和分析。实验结果对战术分析模型进行了优化，最后通过对比实验验证了基于无线通信网络的排球战术分析模型训练的改进。实验结果表明，基于无线通信网络的排球战术分析模型训练的团队契合度比传统的排球战术训练提高了 22.12%。与传统的排球战术训练相比，基于无线通信网络的排球战术分析模型训练的个人现场适应能力提高了 9.05%。
