Controller Design

Improved cascade control structure for enhanced performance

Chemical Engineering / Process Control / Controller Design / Control system / Design method / Feedback Control / Cascade Control / PID control / Feedback Control / Cascade Control / PID control

Feedback controller design for servo systems with dominant mechanical resonances

Optimal Control / Controller Design / State Estimation / High performance

Tracking controller design for a class of nonminimum-phase systems via the method of system center

Mechanical Engineering / Applied Mathematics / Robust control / Controller Design / Linear Algebra / Control Systems / Differential Equations / MIMO / Uncertainty / Nonlinear Systems / Tracking / Sliding mode control / Electrical And Electronic Engineering / Time varying / MIMO System / Nonlinear Equations / Multiple Input Multiple Output / Control Systems / Differential Equations / MIMO / Uncertainty / Nonlinear Systems / Tracking / Sliding mode control / Electrical And Electronic Engineering / Time varying / MIMO System / Nonlinear Equations / Multiple Input Multiple Output

Novel adaptive neural control design for nonlinear MIMO time-delay systems

Engineering / Controller Design / Neural Network / Mathematical Sciences / Automatica / Time Delay / Adaptive learning / Nonlinear system / Neural Control / Time Delay / Adaptive learning / Nonlinear system / Neural Control

Robust model-based predictive controller for hybrid system via parametric programming

Chemical Engineering / Optimal Control / Robust control / Controller Design / State Space / Hybrid Control / Model Based Predictive Control / Hybrid System / Hybrid Control / Model Based Predictive Control / Hybrid System

A FPGA Haptics Controller

Controller Design / Low Power / Field Programmable Gate Array / Duty Cycle

Macroscopic Roadway Traffic Controller Design

Automatic Control / Controller Design / Control Design / Traffic Flow / Mathematical Model / Exponential Convergence

Robust continuous-time controller design via structural Youla-Ku?era parameterization with application to predictive control

Applied Mathematics / Optimal Control / Robust control / Controller Design / Numerical Analysis and Computational Mathematics / Continuous Time Systems / Electrical And Electronic Engineering / Predictive Control / Continuous Time Systems / Electrical And Electronic Engineering / Predictive Control

Robust continuous-time controller design via structural Youla-Ku?era parameterization with application to predictive control

Applied Mathematics / Optimal Control / Robust control / Controller Design / Numerical Analysis and Computational Mathematics / Continuous Time Signals / Continuous Time Systems / Electrical And Electronic Engineering / Predictive Control / Continuous Time Signals / Continuous Time Systems / Electrical And Electronic Engineering / Predictive Control

Robust continuous-time controller design via structural Youla-Ku?era parameterization with application to predictive control

Applied Mathematics / Optimal Control / Robust control / Controller Design / Numerical Analysis and Computational Mathematics / Continuous Time Signals / Continuous Time Systems / Electrical And Electronic Engineering / Predictive Control / Continuous Time Signals / Continuous Time Systems / Electrical And Electronic Engineering / Predictive Control

Power System Transient Stability Improvement Using Fuzzy Controlled STATCOM

Control Theory / Fuzzy Logic / Power System / Controller Design / Membership Function / Mathematical Model / Fuzzy Logic Controller / Power system transients / Fuzzy Controller / Energy function / Mathematical Model / Fuzzy Logic Controller / Power system transients / Fuzzy Controller / Energy function

A multiple-derivative and multiple-delay paradigm for decentralized controller design: Uniform-rank systems

Applied Mathematics / Controller Design / Classical Physics / Feedback / Design Methodology / Linear System / Linear Systems / Pole placement / Wave Motion / Linear System / Linear Systems / Pole placement / Wave Motion

A multiple-derivative and multiple-delay paradigm for decentralized controller design: uniform-rank systems

Controller Design / Feedback / Design Methodology / Linear System / Linear Systems / Pole placement

Multiple-derivative and multiple-delay paradigm for decentralized controller design: uniform-rank systems

Controller Design / Feedback / Design Methodology / Linear System / Linear Systems / Pole placement

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