The Stabilization System of a Ball on Mobile Platform

Abstract

In recent years, tracking systems have been significantly developed. A number of their possible applications have also increased. Their usage was no longer limited to the industrial applications and became more accessible to the everyday appliances. This article covers process of a design and synthesis of a ball stabilization system on a mobile platform. The mechanics and electronics of the platform have been described as well as a mathematical model of the platform and a process of a platform software development. Results of conducted tests of performance quality for step response, square and circle trajectories have been presented.