基于遗传算法的速度策略模型求解

Te-Lan Wen, R. Gao, Yongzi Guo, Yanbo Tao
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摘要

自行车公路赛分为标准计时赛、团体计时赛和个人计时赛,这对骑自行车的人的体能提出了很大的挑战。本文建立了功率曲线模型和速度调整策略模型,并采用遗传算法方法制定了不同赛道、不同选手的竞争策略。对这一问题的研究可以为骑自行车的人提供指导,帮助他们取得更好的成绩。为了确定驾驶员在赛道上的位置与驾驶员力量之间的关系,本文根据力分析建立了速度调整策略模型。它本质上是一个单目标优化模型。结合这两种模式,为跑步者提供公路自行车比赛的指导。本文采用遗传算法求解模型,综合考虑天气、球员心理等因素。
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Solution of Speed Policy Model Based on Genetic Algorithm
: Cycling Road races are divided into standard time trials, team time trials and individual time trials, which pose a great challenge to the physical fitness of cyclists. In this paper, the power curve model and speed adjustment strategy model are established, and the genetic algorithm method is used to formulate competition strategies for different tracks and different players. The research on this issue can provide guidance for cyclists and help them achieve better results.In order to determine the relationship between the driver’s position on the track and the driver’s strength, this paper establishes a speed adjustment strategy model according to the force analysis. It is essentially a single-objective optimization model. Combining these two models provides runners with instruction in road cycling competitions.In this paper, the genetic algorithm is used to solve the model, and comprehensively considers other factors such as weather and player psychology.
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