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Air Traffic Control Advisory System for the Prevention of Bird Strikes
I.C. Metz
Control & Simulation
Research output
:
Thesis
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Dissertation (TU Delft)
134
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Dive into the research topics of 'Air Traffic Control Advisory System for the Prevention of Bird Strikes'. Together they form a unique fingerprint.
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Keyphrases
Air Traffic Control
100%
Advisory System
100%
Bird Strike
100%
Bird Movement
42%
Safety Potential
42%
Air Traffic
28%
Airport
28%
Controller
28%
Traffic Intensity
28%
Bird Strike Risk
28%
Capacity Constraints
14%
Linear Regression
14%
Bird Abundance
14%
Airport Perimeter
14%
Runway Capacity
14%
Fast Simulation
14%
Induced Delay
14%
Reliability Prediction
14%
Bird Tracks
14%
Tolerable Limit
14%
Sensor Type
14%
Maximum Capacity
14%
Movement Data
14%
Bird Model
14%
Most Vulnerable
14%
High Probability
14%
Take-off
14%
Simple Linear Regression
14%
Collision Risk
14%
Civil Aviation
14%
Thesis Research
14%
Negative Effects
14%
Runway
14%
Engineering
Accident Prevention
100%
Air Traffic Control
100%
Airports
75%
Airfield
75%
Predictability
50%
Air Traffic
50%
Velocity
25%
Models
25%
Civil Aviation
25%
Aircraft
25%
Negative Effect
25%
Research
25%
Assuming
25%
Takeoff
25%
Bird Model
25%
Prediction
25%
High Probability
25%
Sensor Type
25%
Simulation Time
25%
INIS
air
100%
traffic control
100%
birds
100%
capacity
26%
safety
26%
airports
20%
risks
13%
prediction
6%
tracks
6%
simulation
6%
collisions
6%
abundance
6%
probability
6%
velocity
6%
sensors
6%
aircraft
6%
data
6%
Agricultural and Biological Sciences
Traffic
100%
Birds
100%
Controller
13%
Risk
13%
Model
13%
Prediction
6%
Heading
6%
Variability
6%
Aviation
6%
Research
6%
Probability
6%
Aircraft
6%