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Radar Sensing in General Aviation: For Purposes of Detect and Avoid
J.B. Maas
Control & Simulation
Research output
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Thesis
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Dissertation (TU Delft)
64
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Dive into the research topics of 'Radar Sensing in General Aviation: For Purposes of Detect and Avoid'. Together they form a unique fingerprint.
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Earth and Planetary Sciences
Purpose
100%
Safety
100%
Detection
100%
Need
75%
Environment
50%
Air
50%
Cause
25%
Landing
25%
Elevation
25%
Windmill
25%
Constraint
25%
Airport
25%
Low Altitude
25%
Prevention
25%
Landscape
25%
Seat
25%
Cockpit
25%
Conflict
25%
Visual Flight Rules
25%
Vehicle
25%
Tower
25%
Drone (Aircraft)
25%
Collision
25%
General Aviation Aircraft
25%
Research
25%
Weather Condition
25%
Building
25%
Engineering
Radar
100%
Aircraft
100%
Detect and Avoid
100%
Aviation
100%
Situation Awareness
50%
Accident Prevention
40%
Used Aircraft
10%
Cockpit
10%
Drone
10%
Limitations
10%
High Workload
10%
Technical Solution
10%
Relative Position
10%
Development
10%
Hazardous Situation
10%
Tasks
10%
Airfield
10%
Prevent Collision
10%
INIS
radar
100%
aircraft
100%
solutions
54%
safety
36%
air
27%
vehicles
18%
accidents
18%
information
18%
environment
18%
dynamics
9%
drone
9%
regulations
9%
collisions
9%
transport
9%
comparative evaluations
9%
altitude
9%
weather
9%
birds
9%
elevation
9%
humans
9%
lethals
9%
size
9%
towers
9%
Physics
Detection
100%
Visual Flight
50%
Environment
50%
Flight Rule
25%
Material Science
Aircraft
100%
Air
18%