Field robotics tackles the problem of developing, deploying, and evaluating autonomous mobile systems in unstructured and often dynamic environments. Typical commercial applications are in agriculture, construction, mining, and forestry. The range of physical mediums is also very diversified: in the air, on the ground, underground, on the water, and underwater. These can be located on […]
This workshop explores the reliability and trustworthiness of embodied AI systems in real-world deployments across a variety of everyday scenarios. It brings together tools and methodologies from fields such as computer vision, machine learning, planning, control, and formal methods, all aimed at improving AI robustness and dependability. The workshop will also highlight current challenges, identifying […]
Robotic operation in space faces a consistent trade-off between building simple and resilient systems to withstand the extreme conditions, and maintaining flexibility in the robot system to keep up with rapidly changing conditions. Soft robotics offers the promise of robotic performance in unstructured environments. This workshop will bring together two fields to discuss challenges and […]
Recent advances in training large-scale models on massive internet-scale data show great promise for developing foundation models that enable robots to perform sophisticated tasks in human-centered environments, such as transportation, households, healthcare, and warehouses. These models introduce new paradigms for human-robot interaction, allowing robots to follow complex human instructions, collaborate effectively, and understand and comply […]
Departure Time: 9:10 AM Return Time: 11:30 AM Capacity: 20 High Bay user facility of the Georgia Tech Manufacturing Institute focused on translating manufacturing 4.0 technologies into industry adoption, with a focus on additive metal manufacturing, FIS, and AI in manufacturing.
Departure Time: 9:15 AM Return Time: 11:30 AM Capacity: 20 Presentation of Georgia Tech Research Institute research labs and demonstration of robotics applications including multi-robot collaborative manipulation, VR tasking, adaptive cutting, and robotics for animal systems.
Departure Time: 9:15 AM Return Time: 11:30 AM Capacity: 45 Group will be split in 3 and rotated through 3 lab areas: 1) CAREN area 2) Overground motion lab area 3) Autonomous legged robotics area. Each area will host 15 people per time, and 30 minutes per session
Departure Time: 12:45 PM Return Time: 3:00 PM Capacity: 20 High Bay user facility of the Georgia Tech Manufacturing Institute focused on translating manufacturing 4.0 technologies into industry adoption, with a focus on additive metal manufacturing, FIS, and AI in manufacturing.