Research on synthetic algorithm for simulating the situation of cyclists

Beibei Wang, Kexin Zhou, Ziye Wang, Meng Bi
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Abstract

So far, there are quite a number of methods to evaluate the performance of cyclists, but there has never been a consensus to form a very famous training method, which will lead to changes in different bicycle states. To solve this problem, this paper establishes a comprehensive algorithm model. The algorithm is divided into three parts: optimizing power profile, application of kinetic model and constraint model. The algorithm can adapt to the evaluation of riders in different situations, and provide a reference for the digital evaluation of sports competition.
模拟骑车人状况的综合算法研究
到目前为止,评测自行车运动员成绩的方法已经相当多了,但一直没有形成一个共识,形成一个非常有名的训练方法,这将导致不同自行车状态的变化。为了解决这一问题,本文建立了一个综合的算法模型。该算法分为动力剖面优化、动力学模型和约束模型的应用三个部分。该算法能够适应不同情况下骑手的评价,为体育比赛的数字化评价提供参考。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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