In this paper, a Lighter Than Air Indoor Robot (LAIDR) is developed for entertainment applications. An Adaptive Propulsion Mechanism (APM) is proposed to actuate the LAIDR using the minimal number of Propulsion Units (PUs) and facilitate the variable in-mission PU configurations within the same airframe. Usually, the helium-inflated vehicle poses instability due to body inertia and indoor disturbance, i.e., air stream. Therefore, a customized control system is designed using MathWorks PX4 autopilots support from embedded coder. The designed controllers stabilize the motion by controlling PU’s in-frame angle and rotational speed. Moreover, the Ultra-wide Band (UWB) sensors are used to localize the LAIDR in the indoor environment. Finally, a real-time implementation is elaborated to justify the LAIDR applicability in the entertainment applications.
LAIDR: A Robotics Research Platform for Entertainment Applications
2020-09-01
686566 byte
Aufsatz (Konferenz)
Elektronische Ressource
Englisch
An experiment of low cost entertainment robotics
IEEE | 2013
|Software platform for robotics research
British Library Online Contents | 1996
|Priority research program "Intelligent robotics" and research platform
British Library Online Contents | 1998
|Platform for Robotics Experiments
British Library Conference Proceedings | 2005
|