All Stories

  1. Cross Validation of Sensor Inputs as Part of Position Estimation for Urban Air Mobility
  2. Vision-based Approach and Landing with Distributed Sensing and Hierarchical Mixture of Experts
  3. Considerations for Optimal Sensor Placement for Higher Accuracy Object Localization for Urban Air Mobility
  4. Large-Scale Simulation of a Distributed Sensing Network Supporting Regional Urban Air Mobility Operations
  5. Enabling Smart Urban Airspaces Through Distributed Sensing Technologies
  6. Vision-Based Distributed Sensing at Vertiports for Advanced Air Mobility and Urban Air Mobility Approach and Landing
  7. Development and Field Test Results of Distributed Ground-Based Sensor Fusion Object Tracking
  8. Visual & Inertial Datasets for an eVTOL Aircraft Approach and Landing Scenario
  9. Flight Test Design and Implementation for Independent Surveillance of an Airspace Through a Distributed Ground Sensing Network
  10. Ground-Based Vision Tracker for Advanced Air Mobility and Urban Air Mobility
  11. Hierarchical Mixture of Experts for Advanced Air Mobility Flight Phase Classification
  12. An Indoor Flight Test Setup with Sensor Payload and Distributed Ground Nodes for Distributed Sensing Concepts
  13. Distributed Sensor Fusion of Ground and Air Nodes using Vision and Radar Modalities for Tracking Multirotor Small Uncrewed Air Systems and Birds
  14. Survey of Capabilities and Gaps in External Perception Sensors for Autonomous Urban Air Mobility Applications