ScholarWorks@Gyeongsang National University: Kim, Yoon Soo

Detailed Information

Kim, Yoon Soo (김윤수)

대학원 (기계항공우주공학부)

Research Area

Tel 0557721649
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Stability margin:4||Aerodynamic characterisation:3||Unmanned aerial vehicle:3||Online system identification:3||Autonomous aerial vehicles:3||Circumnavigation:3||Flight test method:3||stability margin:3||Integral sliding mode control:2||Flight Control Law:2||PID control:2||Curvature:2||Aerodynamics:2||Particle swarm optimisation:2||Attitude control:2||Helicopter:2||Zonotope:2||Network partitioning:2||agile missile:2||Formation control:2||Control design:2||Reachability:2||network topology:2||Reachability analysis:2||UAV:2||Solid modeling:2||Asymptotic stability:2||Unmanned aerial vehicles:2||Stability analysis:2||dynamical networks:2||Upset condition:2||Feedback linearization:1||Feedback linearization control:1||Filter error method:1||Fixedwing aircraft:1||Flight Dynamics Modeling:1||Flight Testing:1||Flight envelope estimation:1||Formation:1||Fullscale Helicopter():1||Fuzzy controller:1||Game theory:1||Games:1||Graph Laplacian:1||Gripping:1||Handling Qualities():1||Heading synchronization:1||Helicopter Simulator:1||Human Interface (HI):1||Human factors:1||Icing condition:1||Icing():1||Imitation:1||Incremental Nonlinear Dynamic Inversion:1||Integrated Simulation Platform (ISP):1||Interconnected systems:1||Intermittent observation:1||Kalman filtering:1||Kalman filters:1||Kalman finitetime consensus filter:1||LEQ zero sum differential game:1||Laplace equations:1||Laplacian matrix:1||Launch vehicle:1||Leaderfollowing formation control:1||Least square:1||Least squares:1||Leastsquares method:1||Licenses:1||Linear Quadratic Regulator:1||Linear Systems:1||Linear exponential quadratic (LEQ) control:1||Local dynamics:1||Lur'e systems:1||MIMO communication:1||Manned Vehicle (MV):1||Manned and Unmanned Teaming (MUMT):1||Marine vehicles:1||Missiles:1||Mobile P2P networks:1||Model Reduction():1||Modified supertwisting control:1||Multiagent system:1||Multicopter:1||Network:1||Neuralnetworks:1||Nongradient based estimator:1||Nonlinear System Parameter Identification:1||Numerical Simulation:1||Numerical stability:1||Nyquist plot:1||Online System Identification:1||Optimal control:1||Orbital entry point:1||PX4Autopilot:1||Particle Swarm Optimisation:1||Path planning:1||Periodic structures:1||Perturbation methods:1||Pitch control:1||Pulse Width Modulation:1||Quadcopter:1||Quadcopters:1||Radio refraction:1||Real time parameter estimation:1||Realtime parameter estimation:1||Recursive Fourier transform:1||Regression:1||Relative sensing network:1||Relative sensing networks:1||Robust Servomechanism LQR(RSLQR):1||Robustness:1||Rotary inverted pendulum:1||Rotarywing UAV:1||Rotorcrafts:1||Searching:1||Selfpowered Quadcopter:1||Sensors:1||Simulation:1||Simulator:1||Sliding mode control:1||SmallScale Robots:1||Software packages:1||Spectral norm:1||Spectral radius:1||Stability criteria:1||Stabilization:1||Stabilization control:1||Standards:1||Statics:1||Stochastic processes:1||Stochastic systems:1||String stability:1||Swingup control:1||Synchronization:1||System Identification:1||System Identification and Modeling:1||System Identification():1||Task analysis:1||Threedimensional displays:1||Timevarying disturbance:1||Twisting Control:1||UAV simulation:1||Unmanned Aerial Vehicles (UAVs):1||Unmanned aerial vehicle (UAV):1||Unscented Kalman filter:1||Upset Condition:1||User interfaces:1||Vectorfield guidance:1||Vehicle dynamics:1||Vehicle formation:1||Vehicle platoon:1||Virtual environments:1||Visualization:1||Wireless networks:1||Wireless power transfer:1||Zonotopic Kalman filtering:1||adaptive control:1||aerodynamic control:1||assignment:1||attitude control:1||backward reachable set:1||circle criterion:1||circular orbit:1||cosimulation:1||covariance intersection:1||coverage ellipse:1||decentralized formation control:1||demonstration:1||distributed sensors:1||dynamical network merging:1||evaluation:1||finitetime disturbance observer:1||finitetime stability:1||fixedwing UAVs:1||flight control:1||flight envelope estimation:1||fuzzybased supertwisting sliding mode control:1||gain and phase margins:1||helicopter:1||high angle of attack:1||hypervisor:1||icing condition:1||integral sliding mode control:1||integral sliding model control (ISMC):1||matched and mismatched disturbances:1||mean field stochastic systems:1||modified supertwisting algorithm:1||multiagent system:1||multiquadrotor simulator:1||multiple target tracking:1||multisensory system:1||optimal control:1||path following control:1||pitch autopilot:1||reachability analysis:1||realtime simulator:1||reducedorder filter:1||rotary inverted pendulum system:1||rotorcraft:1||safe flight envelope:1||sliding mode control:1||software platform:1||stabilization control:1||state estimation:1||synchronization:1||target tracking:1||timevarying disturbance:1||topology design:1||tracktotrack fusion:1||uncertain systems:1||unmanned aerial vehicle (UAV):1||unmanned aerial vehicles (UAVs):1||unmanned helicopter:1||variablestructure/slidingmode control:1||vectorfield guidance:1||waypoint following:1||wireless network environment:1||zonotope:1||자가발전형 쿼드콥터:1||Acceleration:1||전자기유도:1||Adaptive law:1||Adaptiveorder Zonotopic Kalman Filter:1||Aerospace control:1||Artificial Hand:1||Artificial intelligence:1||Attitude Control:1||Attitude synchronization:1||Autopilot:1||Backstepping:1||Bezier path:1||BioMechatronic:1||Certification System:1||Closed loop systems:1||Communication range:1||Cone avoidance:1||Constrained attitude control:1||Control:1||Convergence:1||Cooperative distributed control:1||Data models:1||Delay effects:1||Delta wing:1||Dexterity:1||Differential equations:1||Disturbance observers:1||EKF:1||Electromagnetic induction:1||Elliptic orbit:1||Embedded Systems:1||Energy control:1||

RSS_1.0 RSS_2.0 ATOM_1.0

Gyeongsang National University Central Library, 501, Jinju-daero, Jinju-si, Gyeongsangnam-do, 52828, Republic of Korea+82-55-772-0533

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE