Building a Smartphone application to pair inertial sensors (Notch) for mechanical motion analysis

Khaled Abdel-Azeem
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Abstract

Assiut Journal For Sport Science Arts Building a Smartphone application to pair inertial sensors (Notch) for mechanical motion analysis * DR/ Khaled Abd ElMawgoudAbdEl_Azeem Abstract: The current study aims to design a software for mechanical motion analysis using smart phones with the possibility of coupling the proposed software for motion analysis with inertia units [Notch motion capture unit],which uses wireless communication and aims for tracking and monitoring the movement in threedimensional space, whether inside closed spaces or in open spaces without being restricted to a specific place ,With the possibility of sending real time values and issuing an instant report,The researcher came up with the design of the proposed program for smart phones and was able to pair it with Inertia measurement units “IMUs”. The accuracy of the proposed software calibration was also verified, through the synchronization practical application with the [Simi motion system].The researcher reached a correlation coefficient from medium to very strong. The lowest correlation coefficient was (0.59) in the vertical distance. which is medium, and (0.99) in the horizontal distance (0.98) in the angle . which is very strong. The current study also showed the ability of the system to track any movement in the space at fractions of a second with an interval (0.03 s).The value of the differences in measuring the max ”IMUs” m velocity of the straight punch between the two systems was limited to a min”IMUs” m (0.05 m/s) and a St.dv of (0.04 ±), a max ”IMUs” m of (0.19 m/s), and a St.dv of (0.13 ±).
构建一个智能手机应用程序来配对惯性传感器(Notch)进行机械运动分析
构建用于机械运动分析的配对惯性传感器(Notch)智能手机应用* DR/ Khaled Abd ElMawgoudAbdEl_Azeem目前的研究旨在设计一款使用智能手机进行机械运动分析的软件,并有可能将拟议的运动分析软件与惯性单元(Notch运动捕捉单元)耦合在一起,该单元使用无线通信,旨在跟踪和监测三维空间中的运动。无论是在封闭空间还是在开放空间,不受特定地点的限制,都可以发送实时值并发布即时报告,研究人员提出了针对智能手机的拟议程序设计,并能够将其与惯性测量单位“imu”配对。通过与[Simi运动系统]的同步实际应用,验证了所提出的软件校准的准确性。研究人员得出了从中等到很强的相关系数。垂直距离相关系数最低,为0.59。在水平距离上为0.99,在角度上为0.98。这是非常强烈的。目前的研究还表明,该系统能够以0.03秒的间隔跟踪空间中的任何运动。两种系统测量直冲最大“imu”m速度的差异值限于最小“imu”m (0.05 m/s)和St.dv(0.04±),最大“imu”m为(0.19 m/s), St.dv为(0.13±)。
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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