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Distributed cohesive motion control of flight vehicle formations
Ismail Bayezit
, Baris Fidan
University of Waterloo
Research output
:
Contribution to journal
›
Article
›
peer-review
186
Citations (Scopus)
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Keyphrases
Motion Control
100%
Cohesive Motion
100%
Vehicle Formation
100%
Flight Vehicle
100%
Distributed Control Strategy
100%
Autonomous Robots
50%
Virtual Target
50%
Autonomous Vehicles
50%
Kinematics
50%
Autonomous Aerial Vehicles
50%
Rigid Graph
50%
Smooth Switching
50%
Initial Distance
50%
Formation Geometry
50%
Initial Setting
50%
Target Tracking
50%
Kinematic Model
50%
Quadrotor
50%
Control Scheme
50%
Dynamic Model
50%
Coordination Modes
50%
Autonomous Flight
50%
Fixed-wing
50%
Graph Persistence
50%
Geometric Formations
50%
Engineering
Control Scheme
100%
Motion Control
100%
Distributed Control
66%
Target Tracking
33%
Rigidity
33%
Drone
33%
Dynamic Models
33%
Tracking (Position)
33%
Fixed Wings
33%
Robot
33%
Kinematic Model
33%
Quadcopter
33%
Computer Science
Motion Control
100%
Distributed Control
100%
Autonomous Vehicles
50%
Robot
50%
Tracking (Position)
50%