Mainka C, Friedrich M T, Boenick U
TU Berlin, Institut für Biomedizinische, Technik.
Biomed Tech (Berl). 1995 Dec;40(12):363-71. doi: 10.1515/bmte.1995.40.12.363.
Integrated Gait Analysis is still not accepted as an important tool in a routine clinical environment because of its lack of assessment procedures closely based on the raw data measurements. Furthermore, an adequate treatment of the complex process of human movement is missing. This contribution is intended to successively describe the scheme of a dedicated approach for gait analysis data assessment. Therein, different technologies already discussed in the literature have been used. Some examples are given for the purpose of illustration. To provide in advance sufficiently different and well-known measurement conditions, extreme manipulations in the alignment of below-knee prostheses have been carried out. It is shown that some specific data formats consisting of subgroups of gait patterns have turned out to be important for further partial processing and for interfacing the different subsystems. However, due to data characteristics of the raw data and the lack of a well-founded a priori knowledge, some principal questions have to be left open. Therefore, on the basis of the different results presented below and their discussion, a more detailed model of the process is proposed for further research following this concept.
综合步态分析在常规临床环境中仍未被视为一种重要工具，因为它缺乏基于原始数据测量的评估程序。此外，对人体运动复杂过程的适当处理也有所欠缺。本文旨在逐步描述一种专门的步态分析数据评估方法的方案。其中，采用了文献中已经讨论过的不同技术。为了说明目的给出了一些示例。为了预先提供足够不同且知名的测量条件，对膝下假肢的对线进行了极端操作。结果表明，由步态模式子组组成的一些特定数据格式对于进一步的部分处理以及不同子系统的接口来说已被证明是重要的。然而，由于原始数据的数据特征以及缺乏有充分依据的先验知识，一些主要问题仍有待解决。因此，基于下面给出的不同结果及其讨论，针对遵循这一概念的进一步研究提出了一个更详细的过程模型。
