Higginson Brian K
Department of Exercise Science, Gonzaga University, Spokane, WA 99258-0004, USA.
Curr Sports Med Rep. 2009 May-Jun;8(3):136-41. doi: 10.1249/JSR.0b013e3181a6187a.
The continued increase in running popularity has led to a subsequent increase in the need to assess running gait more easily and affordably. Although traditional measurement devices such as motion capture systems, force plates, and electromyography are adequate methods of gait analysis, they suffer from several limitations, such as expense and lack of portability. Recent technological advances have made available more viable options such as accelerometers, electrogoniometers, gyroscopes, and in-shoe pressure sensors. These sensors are being used more commonly to acquire the same information as the more traditional systems, without the associated limitations. Combined with wireless technology and/or data loggers, they provide an affordable, lightweight alternative to gait analysis, allowing data collection over prolonged periods of time in almost any environment. This article will review the current technologies used in the analysis of running gait, with a focus upon the latest developments and equipment.
跑步受欢迎程度的持续上升导致对更轻松、更经济地评估跑步步态的需求随之增加。尽管传统的测量设备,如动作捕捉系统、测力板和肌电图,是步态分析的适当方法,但它们存在一些局限性,如费用高昂和缺乏便携性。最近的技术进步提供了更多可行的选择,如加速度计、电子测角仪、陀螺仪和鞋内压力传感器。这些传感器正越来越普遍地用于获取与更传统系统相同的信息,而没有相关的局限性。与无线技术和/或数据记录器相结合,它们为步态分析提供了一种经济、轻便的替代方案,允许在几乎任何环境下长时间收集数据。本文将回顾目前用于分析跑步步态的技术,重点关注最新进展和设备。