Hierarchical Control of Diverse Unmanned Ground, Air, and Marine Robotic Units

Unifying fundamentally different kinematic models, communication protocols, and operating speeds into a cohesive multi-domain robotic team.

Unified Semantic Command Abstraction

By abstracting low-level actuator physics into high-level spatial capabilities, mission commanders issue universal semantic commands ('Screen Flank', 'Form Perimeter') that air, ground, and sea robots execute according to their unique physics.

Cross-Domain Interoperability Protocol

A shared DDS data model bridges ROS 2, Mavlink (UAV), and NMEA 2000 (USV) systems, translating vehicle poses and sensor feeds into a normalized tactical world model.

Tri-Domain Demonstration Results

During joint littoral exercises with 8 UGVs, 4 UAVs, and 2 USVs, the heterogeneous collective secured a simulated beachhead and river crossing with zero operator interventions.

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