closed loop system

The combination of these two components guaranteed robust feasibility of the controller and stability of closed-loop system.

The surface water source heat pump system is classified as open loop system and closed loop system.

It was proved that the tracking error converges to the prescribed boundary layer and all the signals in the closed-loop system were bounded.

Conventional stabilizing controllers for the nonholonomic systems stabilize the closed loop system to a target point.

Under certain conditions the stability and robustness of the closed-loop system driven by the synergetic controller are detailed.

Sintering process; Burn-through Point (BTP); soft-sensoring; closed-loop system identification; intelligent control.

The stability of the closed-loop system is analyzed further, and simulation results show the effectiveness of the algorithm.

And then a model predictive control algorithm is designed for the closed-loop system to obtain good dynamic qualities and robustness.

The simulation results show that the closed-loop system achieves high dynamic performance and robustness.

Firstly, a necessary and sufficient condition of regional stable for the closed-loop system is introduced.

An iterative excitation signal design method is proposed to select an optimal signal for closed-loop system identification.

We give a simple sufficient condition on control gain that guarantees globally asymptotical stability of closed loop system.

The closed-loop system stability and track error convergence asymptotically are proved.

Then the closed-loop system controlled by that controller is globally asymptotically stable and local quadratically stable.

Compared with closed loop system, open loop system has higher efficiency and wider application.

This element is in the feedback path of the closed-loop system.

The process continuously cycles within a sealed, closed loop system.

Under this condition, the designed controller can provide the closed-loop system with asymptotical stability.

Through the analyse of closed loop system to assure the stability of system.

The stability of the closed-loop system is the basic requirement.

The closed loop system which composed by ultrafine pancake jet mill and ultrafine centrifugal air classifier has been set up.

A novel digital closed loop system of Coriolis mass flowmeter(CMF) is devised and realized.

First the asymptotical stability was studied for the closed-loop system.

Using the closed-loop system increases the stability of the sensor.

properties of the closed loop system.

It creates the premise for intelligent shift control which based on human-vehicle-road closed-loop system.

In that case, you might want to create a secure, "closed loop, " system.

An added feature is that heat from the exhaust is used to power the "gasifier" , creating what Gehrke calls a "closed loop" system.

Arranging the Transient Process Is an Effective Method Improved the "Robustness, Adaptability and Stability" of Closed-Loop System

Study of the New Magnetic Sensor Using Single Amorphous Wire Core and Double- Winding Closed Loop System

Study of a Driver-automobile Closed-loop System's Directional Stability Based on Genetic Algorithm

Determination and Control of Product Size for a Ultrafine Milling-Classifying Closed Loop System

Research on the temperature intelligence detection and control closed loop system for the plumbum quenching of wire-steel for steel rope

Study on a Driver-vehicle-environment Closed-loop System and Its Computer Simulation

Closed-loop System Pressure Simulation of Electro-hydraulic Proportional Variable Displacement Piston Pump

Stability Robustness of Closed-loop System with Uncertain Parameters Using Interval Analysis

New Sufficient Condition for Closed-loop System Stability in Generalized Predictive Control

Driver-vehicle-road closed loop system; Driver model; Parameter identification;

Distinguishing Closed-loop System Stability in the Condition of Open-loop Pole-zero Cancellation

Closed-loop system bias in a capacitive micro-accelerometer

Novel closed loop system and output signal processing of digital Coriolis mass flowmeter

Handling Safety Evaluation of Driver-Vehicle Closed-Loop System with Random Road Input

The Application of Feedback Closed-loop System Theory in Resources Resort Life Cycle

Regularization of Generalized Closed-loop System

Simulation Research of Man-Vehicle-Road Closed Loop System of Vehicle Steering Portability

A Closed Loop System Composed of High Speed Hydraulic Pump and Low Speed Hydraulic Motor

Pilot Research on Closed Loop System of External Quality Assurance System in Higher Education

Application of DSP Technique in Three-Phase Inverter Closed-Loop System

Advanced Bottom Hole Drilling Tools and the Rotary Steering Closed Loop System

Methods of Improving the Performance of Closed Loop System

Study on Stability of Nonlinear Closed-Loop System Based on Integrating Function Control of PWM Power Converter

Study on stability of nonlinear closed-loop system based on integrate function control of BUCK power converter

Research of Open Loop System of Three-phase Inverting Circuit Use for Closed Loop System

Discrete fuzzy control of network closed loop system

Optimization Design of Speed Adjuster for the Double Closed Loop System Based on MATLAB

Closed-loop system of silicon resonant pressure micro-sensor

The Design and Realization of Single-phase Series-excited Motor Controller Based on Closed Loop System of Speed Adjusting

Conclusion Closed loop system & ESO

Digital Closed Loop System of Coriolis Mass Flowmeter

The VVVF Closed-loop System Based on Self-adjusting Parameter Fuzzy Controller

Diver-tire-vehicle closed loop system based on neural networks

Closed Loop System Based on Neuron Model Adaptive PID Control

The closed-loop system of pressure based on BLDCM