A Symbolic-Numeric Method to Capture the Impact of Varied Geometrical Parameters on the Translational Workspace of a Planar Cable-Driven Parallel Robot


In this paper, an approach to capture and visualize the impact of a geometrical adjustments of a cable-driven parallel robot is presented. This method combines the precision of an analytic description with the efficiency of numeric methods. The translational workspace of the robot, corresponding to a set of geometrical parameters, is determined by a piecewise assembly of boundary segments. The intersections of the curves, defining the workspace border, are computed by utilizing their shape as conic sections. Calculation examples are also given, comparing the impact of different parameter sets on the workspace.

Reconfigurable Mechanisms and Robots (ReMAR): 2018 IEEE~International Conference on
Philipp Tempel
Philipp Tempel
Postdoctoral Research Associate

My research interests include continuum and flexible robots, multibody system simulation, and mechanical integrators.