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Global navigation satellite systems’ receivers in mountain running: the elevation problem 全球导航卫星系统的接收器在山区运行:海拔问题
IF 1.7 Q2 Health Professions Pub Date : 2023-12-28 DOI: 10.1007/s12283-023-00443-3
Tomasz Szot, Marcin Sontowski
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引用次数: 0
Power loss of the chain drive in a race tandem bicycle 链传动在比赛双人自行车中的功率损失
Q2 Health Professions Pub Date : 2023-11-14 DOI: 10.1007/s12283-023-00439-z
Albert Smit, Stephan van der Zwaard, Ina Janssen, Thomas W. J. Janssen
Abstract Tandem cycling is a paralympic discipline, in which two cyclists ride on one tandem bicycle. Their performance can be improved by minimizing power losses. This study aimed to quantify power loss due to the chain drive of a tandem bicycle and influence of power input, location of power input, and rear chain wheel size. Power loss was determined by the difference between power input applied on the cranks (front or back rider) and power output measured at the rear wheel. Power output values were set from 100 to 400 W, with 50 W increments, and using two gear ratios, 53-11 and 53-13. Power input was generated at the back crank (with only the primary chain—solo bicycle—and with primary and secondary chain attached) and at the front crank (with primary and secondary chain attached). The power loss for the solo bicycle was 2.1% (± 1.5%). A significantly larger power loss was found for the tandem in the back (3.7 ± 2.4%, p < 0.001) and front positions (3.0 ± 1.8%, p < 0.001), with marginal differences between positions at higher power output. Power loss for the tandem was lower with gear 53-13 (2.9% ± 1.7%) compared to 53-11 (4.0 ± 2.8%, p < 0.001, effect size is medium). Therefore, findings suggest that back and front riders experience similar power losses due to the chain drive, but more than on a solo bicycle. Tandem cyclists can reduce their power loss in the chain drive by selecting larger gear ratios. Coaches may consider these findings for selecting and coaching their tandem cyclists.
双人自行车是残奥会的一项比赛项目,由两名选手在一辆双人自行车上进行比赛。它们的性能可以通过最小化功率损耗来提高。本研究旨在量化串联式自行车链传动的功率损失,以及功率输入、功率输入位置和后链轮尺寸的影响。功率损失由曲柄(前轮或后轮)输入功率与后轮输出功率之间的差异决定。功率输出值设置为100 - 400w,增量为50w,使用53-11和53-13两种传动比。动力输入产生于后曲柄(只有主链——自行车——连接主链和次链)和前曲柄(连接主链和次链)。单人自行车的功率损耗为2.1%(±1.5%)。后排双人组的功率损耗明显更大(3.7±2.4%,p <0.001)和前位(3.0±1.8%,p <0.001),在较高的功率输出下,位置之间的差异很小。齿轮53-13的功率损耗(2.9%±1.7%)低于53-11(4.0±2.8%),p <0.001,效应大小为中等)。因此,研究结果表明,由于链传动,前后车手经历了相似的功率损失,但比独自骑自行车更多。双人骑自行车的人可以通过选择较大的传动比来减少他们在链传动中的功率损失。教练在选择和指导他们的双人自行车手时可以考虑这些发现。
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引用次数: 0
Concurrent validity and reliability of photoelectric and accelerometer technology for calculating vertical jump height in female athletes 光电与加速度计技术计算女子运动员垂直跳高的同时效度与信度
Q2 Health Professions Pub Date : 2023-11-06 DOI: 10.1007/s12283-023-00440-6
Andrew S. Perrotta, Brent D. Day, Ibrahim Wafai, Robert P. Oates, Maggie L. Peterson, Anika J. Scott, Rachel C. Barker, Athena B. Garedakis, Kayla A. Seaborn
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引用次数: 0
Differences in trunk–shoulder inter-joint coordination and sequencing between elite and recreational ice hockey players during slap shots 精英冰球运动员和休闲冰球运动员拍球时躯干-肩关节间协调和顺序的差异
Q2 Health Professions Pub Date : 2023-10-27 DOI: 10.1007/s12283-023-00441-5
S. M. Robbins, P. J. Renaud, N. MacInnis, D. J. Pearsall
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引用次数: 0
Editor’s note: Topical Collection on surf engineering 编者注:冲浪工程专题合集
Q2 Health Professions Pub Date : 2023-10-27 DOI: 10.1007/s12283-023-00438-0
Marc in het Panhuis, Luca Oggiano, David Shormann, Jimmy Freese
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引用次数: 0
Time-weighted motion history image for human activity classification in sports 用于人体运动分类的时间加权运动历史图像
Q2 Health Professions Pub Date : 2023-10-24 DOI: 10.1007/s12283-023-00437-1
Hideto Komori, Mariko Isogawa, Dan Mikami, Takasuke Nagai, Yoshimitsu Aoki
Abstract Vision-based human activity classification has remarkable potential for various applications in the sports context (e.g., motion analysis for performance enhancement, active sensing for athletes, etc.). Recently, learning-based human activity classifications have been widely researched. However, in sports scenes in which more detailed and player-specific classifications are required, this is a quite challenging task; in many cases, only a limited number of datasets are available, unlike daily movements such as walking or climbing stairs. Therefore, this paper proposes a time-weighted motion history image, an effective image sequence representation for learning-based human activity classification. Unlike conventional MHI based on the assumption that “the newer frame is more important,” our method generates importance-aware representation so that the predictor can “see” the frames that contribute to analyzing the specific human activity. Experimental results have shown the superiority of our method.
基于视觉的人类活动分类在运动环境中具有显著的应用潜力(例如,提高成绩的运动分析,运动员的主动感知等)。近年来,基于学习的人类活动分类得到了广泛的研究。然而,在需要更详细和针对特定球员的分类的体育场景中,这是一项相当具有挑战性的任务;在许多情况下,只有有限数量的数据集可用,不像走路或爬楼梯等日常运动。因此,本文提出了一种时间加权的运动历史图像,这是一种有效的图像序列表示,用于基于学习的人类活动分类。与传统的基于“新框架更重要”假设的MHI不同,我们的方法生成重要性感知表示,以便预测器可以“看到”有助于分析特定人类活动的框架。实验结果表明了该方法的优越性。
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引用次数: 0
Influence of force reduction within-field variability on peak tibial accelerations using wearable inertial measurement units 利用可穿戴式惯性测量装置研究场内减力变异性对胫骨加速度峰值的影响
Q2 Health Professions Pub Date : 2023-10-20 DOI: 10.1007/s12283-023-00435-3
Conlan M. Burbrink, Chase M. Straw, Weston F. Floyd, Athol Thomson, Steven E. Riechman
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引用次数: 0
Investigating the effect of outsole configurations on rotational and translational traction using a mechanical prosthetic foot 研究外底结构对机械假肢脚旋转和平动牵引力的影响
Q2 Health Professions Pub Date : 2023-10-11 DOI: 10.1007/s12283-023-00436-2
Bahador Keshvari, Long Lehoang, Veit Senner
Abstract Studded football boots and their interaction with the pitch surface play a major role in generating traction and on the risk of injuries and performance. The aim of this study was to establish a methodological framework to predict a safe zone of traction for different specific football movements in natural preloads. We measured peak pressure distribution among 17 male football players in four specific football movements (cutting 135°, sprinting, turning, and penalty kick) on artificial turf using a baseline football boot with an insole pressure sensor. A mechanical prosthetic foot was adjusted to replicate similar peak pressure distribution based on these four movements. Traction was measured under three preloads: 400, 600, and 800 N. They were lower than those measured with the players to avoid damage to the mechanical test device. This procedure was conducted for seven different outsole configurations. Rotational and translational traction was estimated for high preloads (above 2000 N) using an artificial neural network. Our findings show pressure distribution is an important bridge between subjective measurement (field tests) and objective measurement (laboratory tests) for accurate traction measurement. Artificial neural networks can aid in finding the upper and lower ranges of traction in the natural preloads. Such findings could help footwear developers, trainers, players, and governing institutions to choose an appropriate football boot outsole according to the safe zone of traction established in this study.
镶钉足球靴及其与球场表面的相互作用在产生牵引力和受伤风险和表现方面起着重要作用。本研究的目的是建立一个方法框架,以预测在自然预载荷下不同特定足球运动的安全牵引力区域。我们使用带鞋垫压力传感器的基线足球鞋,测量了17名男性足球运动员在人造草坪上进行四种特定足球动作(切入135°、冲刺、转身和点球)时的峰值压力分布。根据这四种运动,调整机械假脚以复制类似的峰值压力分布。牵引力是在三种预载荷下测量的:400n、600n和800n。为了避免损坏机械测试装置,这些预载荷比运动员测量的要低。该程序针对七种不同的外底配置进行了测试。使用人工神经网络估计高预载荷(超过2000 N)的旋转和平动牵引力。我们的研究结果表明,压力分布是准确测量牵引力的主观测量(现场测试)和客观测量(实验室测试)之间的重要桥梁。人工神经网络可以帮助确定自然预载牵引力的上、下范围。这些发现可以帮助鞋类开发商、教练员、球员和管理机构根据本研究建立的牵引力安全区域选择合适的足球鞋大底。
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引用次数: 0
Towards statistical analysis of predictive parameters in competitive speed climbing 竞技速度爬坡预测参数的统计分析
Q2 Health Professions Pub Date : 2023-10-05 DOI: 10.1007/s12283-023-00431-7
Dominik Pandurevic, Alexander Sutor, Klaus Hochradel
Abstract Competitive sport climbing progressed massively within the last quarter century. Development of technology enabling qualitative and quantitative analysis is required to withstand the challenges for athletes and trainers. This paper deals with the statistical study of a data set generated by the application of several image processing algorithms and neural networks on competition recordings. Therefore, calculated parameters are combined with random variables for the implementation of a linear mixed effect model. The resulting model enables the prediction of the end time of different athletes and the determination of its correlation with the input variables. Furthermore, analysis of velocity and path of the centre of gravity in different wall sections is done for all available speed climbing athletes. The observed data set consists of 297 runs in total divided into two subsets of 202 observations of 47 male and 95 of 25 female athletes. Among others, the statistical model was used for the validation of the measured parameters and the review and impact of proven techniques like the Tomoa skip in the start section. Likewise interesting is the high influence of the parameters, measured especially in the middle section of the wall, on the end time.
竞技攀岩运动在过去的25年里取得了巨大的发展。技术的发展,使定性和定量分析是必需的,以承受运动员和教练的挑战。本文对几种图像处理算法和神经网络在比赛记录上的应用所产生的数据集进行了统计研究。因此,计算参数与随机变量相结合,实现线性混合效应模型。所得到的模型能够预测不同运动员的结束时间,并确定其与输入变量的相关性。此外,还分析了所有速度攀爬运动员在不同壁段的速度和重心路径。观察到的数据集由297个运行组成,分为两个子集,其中有47名男性运动员的202个观测值和25名女性运动员的95个观测值。其中,统计模型用于验证测量参数,以及审查和影响已证实的技术,如开始部分的Tomoa跳过。同样有趣的是参数的高度影响,尤其是在墙的中间部分,对结束时间。
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引用次数: 0
Criterion validity and reliability of an instrumented mouthguard under pendulum impactor conditions 摆锤冲击条件下器械式护齿器的效度和可靠性
IF 1.7 Q2 Health Professions Pub Date : 2023-09-07 DOI: 10.1007/s12283-023-00434-4
K. Austin, Kieran Jai Nicholas, Chris M Jones, Mike Loosemore
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引用次数: 0
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Sports Engineering
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