4 accepted papers
Robotic contact manipulation involves applying controlled forces at contact points to guide an object along a desired trajectory while respecting the underlying physical interactions. This paper presents a novel framework that integrates dynamic modeling and Reinforcement Learning (RL) to achieve ro
Robotic contact manipulation involves applying controlled forces at contact points to guide an object along a desired trajectory while respecting the underlying physical interactions. This paper presents a novel framework that integrates dynamic modeling and Reinforcement Learning (RL) to achieve ro…
Contact interactions play a major role in the dynamic analysis of robotic arms, where they can be represented as unilateral constraints. However, incorporating these contacts into the system dynamic model is a challenging task, given the numerous ways to account for them. This paper presents and com
Co-simulation is a useful approach in the modelling of robotic systems composed of multiple parts. In co-simulation, the subsystems only exchange information at communication points. The time delay of information exchange may cause error and instability. Thus, an appropriate way to determine the int