Autonomous Subterranean Exploration: Demonstration of CERBERUS Lead Scouts Operation @autonomousrobotslab
Autonomous Subterranean Exploration: Demonstration of CERBERUS Lead Scouts Operation  @autonomousrobotslab
Uploaded February 2019 | Updated September 2026, 3 weeks ago
In this video we present a comprehensive result of field evaluation of the CERBERUS Aerial Scouts. The robots rely on a multi-modal localization and mapping solution enabling autonomy in subterranean settings. A graph-based path planning is further developed to ensure efficient and long-term autonomy in the multi-branching and geometrically complex underground domains. The presented result took place during the CERBERUS team 1st integration week at the Gonzen Mine in Switzerland.
Autonomous Subterranean Exploration: Demonstration of CERBERUS Lead Scouts OperationSemantics-aware Predictive Inspection Path Planning: Field Deployment 2Generalization of World Models under Environmental Variability for Vision-based Quadrotor NavigationMihir Kulkarni: COHORT: CoOperation for HeterOgeneous Robot TeamsIFAC2020 PITCH: The Reconfigurable Aerial Robotic Chain: Shape and Motion PlanningORACLE & A-ORACLE - How it WorksThe Unified Autonomy Stack: SLAM Module EvaluationSafe Quadrotor Navigation using Composite Control Barrier FunctionsAerial Robotic Physical Interaction using a Quadrotor (Preliminary results)CERBERUS Field Testing at Gonzen Mine - Aerial Scouts Exploration & HomingAutonomous Under Canopy Navigation and Mapping in Dense Forests (DigiForest @ Evo, Finland)Anomaly Detection and Cognizant Path Planning for Surveillance Operations using Aerial Robots
Kostas Alexis |

Autonomous Subterranean Exploration: Demonstration of CERBERUS Lead Scouts Operation

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