Abstract
This study shows the mathematical modeling and the deve- lopment of the simulator of a simple biped system in Matlab c .W e used specific libraries of Matlab c that allowed us to simulate mechanical systems. In order to design the 3D model, we used SolidWorks c . The biped system is based on the structure of lower limb exoskeleton which is used in medical rehabilitation. We present the dynamic model calculation of the biped system through Euler-Lagrange method, and the stability analysis using Lyapunov theory. We present the implementation of a tracking control structure using a trajectory defined by fifth-order polynomials. The main consideration in this work is that the system is free of interaction with the environment, i.e. , we discussed the ideal case.
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