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Constrained and reconfigurable flight control
Diederick Joosten
Team Bart De Schutter
Research output
:
Thesis
›
Dissertation (TU Delft)
149
Downloads (Pure)
Overview
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Dive into the research topics of 'Constrained and reconfigurable flight control'. Together they form a unique fingerprint.
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Engineering
Flight Control
100%
Predictive Control Model
83%
Models
66%
Aircraft
66%
Failure (Mechanical)
66%
Application
50%
Complexity
33%
Cost Function
16%
Machinery
16%
Flight Envelope
16%
Benchmark
16%
Subsystems
16%
Actuator Failure
16%
Linear Programming
16%
Event
16%
Simulation Model
16%
Output Feedback
16%
Actuators
16%
Recovery
16%
Predictive Control
16%
Model System
16%
Fighter Aircraft
16%
Fault Diagnosis
16%
Elements
16%
Redesign
16%
Feedback Controller
16%
Earth and Planetary Sciences
Model
100%
Flight Control
100%
Fault
90%
Constraint
45%
Controller
36%
Utilization
27%
Polytopes
27%
Complexity
18%
Actuator
18%
Inversion
18%
Goal
18%
Diagnosis
18%
Survey
9%
Literature
9%
Plant
9%
Output
9%
Flight Envelope
9%
Lie
9%
Feedback
9%
Calculation
9%
Apex
9%
Incorporation
9%
Linear Programming
9%
Existence
9%
State
9%
Addition
9%
Crew
9%
Approach
9%
Quality
9%
Need
9%
Texts
9%
INIS
control
100%
failures
31%
constraints
31%
aircraft
25%
applications
18%
dynamics
12%
actuators
12%
design
6%
benchmarks
6%
fault tree analysis
6%
simulation
6%
feedback
6%
range
6%
calculation methods
6%
linear programming
6%
jets
6%
exercise
6%
output
6%
recovery
6%
machinery
6%
surveys
6%
cost
6%
breakdown
6%
Keyphrases
Reconfigurable Flight Control
100%
Fault-tolerant Flight Control
66%
Control Redesign
16%
Jet Fighter
16%
Failure Range
16%
Dynamic Inversion
16%
System Fault
16%
Output Feedback Controller
16%
Automated Recovery
16%
Chemical Engineering
Predictive Control Model
100%