NASA Armstrong Flight Research Center Dynamics and Controls (530)
NASA Armstrong Flight Research Center Dynamics and Controls (530)
- New search for: Chris Miller
- New search for: Chris Miller
AFRC Controls and Dynamics Branch - Research Areas: - Traditional GN&C - Classical and advanced control algorithms - Risk based approaches for safety critical applications - Integration of novel sensors and sensor fusion (FOSS, LIDAR, etc.) - Trajectory optimization and control - Flight/System Dynamics - Equations of Motion and integrated modeling of vehicles and vehicle systems - Unique and novel vehicle dynamics - Methods for extracting relevant vehicle dynamic information from flight data - Human and vehicle interfaces and interactions - Handling Qualities and Pilot-in-the-loop oscillations (PIO) predictions and design metrics - Ride quality research - Autonomy - Novel algorithms, sensors, and sensor fusion - Bounding risk for testing automated systems - Pilot/Operator interactions - Engineering Support and Airworthiness Assessments - Aircraft modifications and experimental configurations
Document information
NASA Armstrong Flight Research Center Dynamics and Controls (530)
Aerospace Control and Guidance Systems Committee (ACGSC) Meeting #130 ; 2023 ; Missoula, MT, US
Miscellaneous
No indication
English
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