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A preliminary study on the validation of anautomatic measurement method for Functional Reach assessment by stereophotogrammetry

机译:立体式测量功能达评估验证的初步研究

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In this work a preliminary study is proposed to assess the validity of an automatic and low cost measurement method for Functional ReachTest (FRT) implementation. To this aim FRT was performed on 10 trials of 4 healthy men and results from the system under validation are compared with the corresponding data from a calibrated stereo-photogrammetric system: the percentage variation between them is lower than 3% in all subjects - 3 outlier trials excluded - and it is significantly lower than the percentage variation obtained in daily clinical practice. Since none of the subjectsis affected bypathologies, all of themhave normal visual acuity andhave beentrained to the experimental procedure, uncertainty of the outcomes may be mainly attributed to the calibration procedure and to the measurement system. Anyway results seem to confirm that the proposed system can be used tosupport the physicianin acquiring the clinical information about the motor control deterioration or restoringin patients with various pathologies. Despite the encouraging results, further studies are needed to achieve a more accurate and quantitative evaluation of the sources of uncertainty, i.e.by extending the population sample and increasing the number of trials with the support of a Monte Carlo simulation.
机译:在这项工作中,提出了初步研究,以评估功能达到(FRT)实施的自动和低成本测量方法的有效性。对于此目的,在4个健康男性的10次试验中进行FRT,并将系统的结果与来自校准立体摄影测量系统的相应数据进行比较:它们之间的百分比在所有受试者中低于3% - 3个异常值试验被排除在外 - 并且它显着低于日常临床实践中获得的百分比变异。由于没有受试者受到的影响,他们所有的正常视力都是实验程序,结果的不确定性可能主要归因于校准程序和测量系统。无论如何,结果似乎确认所提出的系统可以使用ToSupport Permicianin获取有关电机控制劣化或患有各种病理患者的临床信息。尽管结果令人鼓舞的结果,但需要进一步研究,以实现对不确定性来源的更准确和定量的评估,即扩展人口样本并增加了蒙特卡罗模拟的试验次数。

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