Adaptive feedback system for optimal pacing strategies in road cycling
نویسندگان
چکیده
منابع مشابه
Road Cycling Climbs Made Speedier by Personalized Pacing Strategies
Lately, modeling and optimizing endurance performance has become popular. Optimal strategies have been calculated for running as well as for cycling. Since most of these studies are of theoretical nature, we performed a series of experiments to determine whether race performance can actually be improved using mathematical optimization in a realistic scenario. The optimal strategy was based on t...
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In this study, we develop methods to model and simulate road cycling on real-world courses, to analyze the performance of individual athletes and to identify and quantify potential performance improvement. The target is to instruct the athlete where and how to optimize his pacing strategy during a time trial. We review the state-of-the-art mechanical model for road cycling power that defines th...
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Introduction In a previous publication (Dahmen, 2012) we compared minimum-time pacing strategies for two endurance models: the 3-parameter critical power model (Morton, 1996) and an exertion model by Gordon (2005). For the former model, the problem is singular and only an approximate regularized solution for a synthetic continuously varying slope profile was computed. In this contribution, we i...
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Optimal pacing strategies for cycling time trials have been treated in literature in numerous publications, e.g. Gordon (2005). Generally, the minimum time pacing is sought subject to a mechanical model and a physiological model. The mechanical model (Martin, 1998) comprises the pedaling power P and forces for gravity on a cycling track of varying slope, rolling resistance, aerodynamic drag, fr...
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Optimal pacing strategies employed after CPB enhance ventricular function with improvements in cardiac output and tissue perfusion. Pacing is optimized for each patient by taking into consideration the underlying electrophysiological abnormalities, as well as co-existing structural cardiac diseases. The primary objective of rhythm stability and improved cardiac function in the post-CPB period i...
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ژورنال
عنوان ژورنال: Sports Engineering
سال: 2019
ISSN: 1369-7072,1460-2687
DOI: 10.1007/s12283-019-0294-5