Desarrollo de módulos de sistema ERP utilizando metodologías ágiles para Manticore Labs: adaptación de modelos biomecánicos en el software opensim.

Abstract

In this integration work, it is intended to analyze, through a solid methodology that uses a photogrammetry system, the kinematics of the movement of the joints and bones that make up the lower limb of the human body where the knee is located. With this study, the aim is to particularize the mathematical models in situations of real physical activities where these members are affected and thus determine the causes that cause deterioration in this area. A greater complexity is also addressed, due to the fact that it contains several important points that will define the behavior and dimensioning of the kinematic model. This section addresses the peculiarities of the proposed movement, which focuses on the knee joint and resembles the flexion and extension movement performed when doing squats. In order to carry out this study, it is intended to work with the OpenSim software, which enables the exploration of coordination between muscles and the nervous system, the analysis of sports performance, and the estimation of the loads that affect the locomotor system. The results obtained in the program will be validated through a photogrammetry study in the Bioengineering Laboratory of the Faculty of Mechanical Engineering, using the multiple correlation coefficient (CMC) approach, a relationship is established between the kinematic variables obtained through photogrammetry and the video analysis.