Carlos Mastalli, Julian Eßer, Ioannis Havoutis, Shivesh Kumar, Gabriel Margolis, Claudio Semini, Olivier Stasse, and Oliver Urbann are organizing the first edition of the Workshop entitled 'Loco-Manipulation: Algorithms, Challenges & Applications' at ICRA'24, Yokohama, Japan.
Locomotion and manipulation are two essential skills that enable robots to interact effectively with their environment. Recently, there has been significant interest in the robotics community regarding the integration of these skills, known as loco-manipulation. In this workshop, we will explore the latest advancements in loco-manipulation, covering topics such as
Carlos Mastalli, Francesco Ruscelli, Enrico Mingo Hoffman, and Luis Sentis are organizing the second edition of the Workshop entitled 'Advancements in Trajectory Optimization and Model Predictive Control for Legged Systems' at ICRA'24, Yokohama, Japan.
Pursuing the thread initiated with the first edition of this workshop, we will focus on trajectory optimization and optimal control: successful approaches that exploit the robotic systems' dynamics, particularly under-actuated ones. In addition to traditional control techniques, this second edition of the workshop delves into the integration of machine learning approaches, such as reinforcement learning and deep learning. These approaches have gained tremendous traction in the field of planning and control due to their adaptability and ability to handle complex, non-linear systems.
This will be a fantastic opportunity to share your thoughts and recent work related to some trendy topics like:
Our PI Carlos Mastalli introduced our research efforts on advancing autonomous inspecting capabilities on quadruped robots. Our work is featured in the Episote 5: Mechanical Menagerie. In this episote, Tony Robinson goes on safari to find majestic machines that are inspired by the animal kingdom and gets hands-on with a life-saving mechanical octopus.
Our PI Carlos Mastalli presented our work on 'agile and perceptive locomotion in legged robots' at IROS'23 Workshop on Reactive and Predictive Humanoid Whole-body Control (https://iros-2023-humanoid.github.io) in Detroit, USA. Carlos introduced our novel approaches for footstep region selection and swing trajectory planning. Additionally, he delved into the details of our inverse-dynamics MPC approach, including our numerical optimization and feedback MPC techniques. Our work enables the ANYmal robot to traverse challeging terrain conditions, such as damaged stairs and boxes.