Stability

Design of a Multivariable Helicopter Flight Control System for Handling Qualities Enhancement

Mechanical Engineering / Aerospace Engineering / Control Theory / Control / Stability / Optimization / High Frequency / Safety / Actuators / Dynamics / Models / Recovery / Transfer / Feedback / Weather / Rigidity / Detectors / Shape / Acceleration / Eigenvalues / Operation / Night / Precision / Variables / Eigenvectors / Augmentation / Frequency Response / Optimization / High Frequency / Safety / Actuators / Dynamics / Models / Recovery / Transfer / Feedback / Weather / Rigidity / Detectors / Shape / Acceleration / Eigenvalues / Operation / Night / Precision / Variables / Eigenvectors / Augmentation / Frequency Response

Guaranteed Cost Control of Polynomial Fuzzy Systems via a Sum of Squares Approach

Stability / Multidisciplinary / Fuzzy Control / System Design / Fuzzy System / Nonlinear system / Lyapunov function / Upper Bound / Polynomials / Nonlinear system / Lyapunov function / Upper Bound / Polynomials

Decentralized kinematic control of payload by a system of mobile manipulators

Motion control / Motion Planning / Stability / Path planning / Mobile Robots / Decentralized Control / Path Planning / End Effectors / Robotics Automation / Decentralized Control / Path Planning / End Effectors / Robotics Automation

Stability of Poly(ε-caprolactone) Microparticles Containing Brucella ovis Antigens as a Vaccine Delivery System Against Brucellosis

Scanning Electron Microscopy / Stability / Brucellosis / Microparticles / Delivery System / Microstructures / AAPS PharmSciTech / Biological activity / Microspheres / Polyesters / Drug Stability / Brucella ovis / Microstructures / AAPS PharmSciTech / Biological activity / Microspheres / Polyesters / Drug Stability / Brucella ovis

Spectral methods for hyperbolic problems

Applied Mathematics / Collocation / Stability / Applied Mathematics and Computational Science / Spectral method / Multi Domain / Numerical Analysis and Computational Mathematics / Filtering / Applied and Computational Mechanics / Electrical And Electronic Engineering / Penalty Methods / Multi Domain / Numerical Analysis and Computational Mathematics / Filtering / Applied and Computational Mechanics / Electrical And Electronic Engineering / Penalty Methods

Leader-Enabled Deployment Onto Planar Curves: A PDE-Based Approach

Mechanical Engineering / Applied Mathematics / Partial Differential Equations / Graph Theory / Stability / Geometry / Multi Agent Systems / Nearest Neighbor / Stability Analysis / Feedback / Mathematical Model / Internal Model / Output feedback / Electrical And Electronic Engineering / Heat Equation / Cooperative Control / Multiagent System / Geometry / Multi Agent Systems / Nearest Neighbor / Stability Analysis / Feedback / Mathematical Model / Internal Model / Output feedback / Electrical And Electronic Engineering / Heat Equation / Cooperative Control / Multiagent System

Leader-Enabled Deployment Onto Planar Curves: A PDE-Based Approach

Mechanical Engineering / Applied Mathematics / Partial Differential Equations / Graph Theory / Stability / Geometry / Multi Agent Systems / Nearest Neighbor / Stability Analysis / Feedback / Mathematical Model / Internal Model / Output feedback / Electrical And Electronic Engineering / Heat Equation / Cooperative Control / Multiagent System / Geometry / Multi Agent Systems / Nearest Neighbor / Stability Analysis / Feedback / Mathematical Model / Internal Model / Output feedback / Electrical And Electronic Engineering / Heat Equation / Cooperative Control / Multiagent System

Three-dimensional transition of natural-convection flows

Engineering / Fluid Mechanics / Heat Transfer / Stability / Numerical Simulation / Mathematical Sciences / Natural Convection / Boundary Conditions / Three Dimensional / Mathematical Sciences / Natural Convection / Boundary Conditions / Three Dimensional

Performance of a real-time pseudodynamic test system considering nonlinear structural response

Civil Engineering / Algorithms / Earthquake Engineering / Hydraulics / Structural Dynamics / Stability / BASIC / Simulation / Models / Earthquake Engineering and Structural Dynamics / Accuracy / Real Time / Strain / Precision / Structural Response / Stability / BASIC / Simulation / Models / Earthquake Engineering and Structural Dynamics / Accuracy / Real Time / Strain / Precision / Structural Response

Performance of a real-time pseudodynamic test system considering nonlinear structural response

Civil Engineering / Algorithms / Earthquake Engineering / Hydraulics / Structural Dynamics / Stability / BASIC / Simulation / Models / Earthquake Engineering and Structural Dynamics / Accuracy / Real Time / Strain / Precision / Structural Response / Stability / BASIC / Simulation / Models / Earthquake Engineering and Structural Dynamics / Accuracy / Real Time / Strain / Precision / Structural Response

Per-queue stability analysis of a random access system

Mechanical Engineering / Applied Mathematics / Queueing theory / Robust control / Stability / Control Systems / Nonlinear Systems / Gravity / Stability Analysis / Mechanical systems / Random Access / Torque / Electrical And Electronic Engineering / Control Systems / Nonlinear Systems / Gravity / Stability Analysis / Mechanical systems / Random Access / Torque / Electrical And Electronic Engineering

Visual servoing of a parallel robot system

Visualization / Stability / Parallel Robot / Object Tracking / Lyapunov Stability / Visual Servoing / Mathematical Model / Delays / Control Strategy / Dynamic Environment / PARALLEL MANIPULATOR / Visual Servoing / Mathematical Model / Delays / Control Strategy / Dynamic Environment / PARALLEL MANIPULATOR

Visual servoing using a parallel robot: Preliminary results

Stability / Parallel Robot / Lyapunov Stability / Visual Servoing / Delays / Control Strategy / Dynamic Environment / Control Strategy / Dynamic Environment
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