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Disturbance and Response Time Improvement of Submicrometer Precision Linear Motion System by Using Modified Disturbance Compensator and Internal Model Reference Control

Type: Journal Paper

Author : Chow, Hoi-Wai; Cheung, Norbert C.

Publisher: IEEE

Year: 2013

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Design and Analysis of a Novel Transverse-Flux Tubular Linear Machine With Gear-Shaped Teeth Structure

Type: Journal Paper

Author : Pan, J. F.; Cheung, Norbert C.; Zou, Yu

Publisher: IEEE

Year: 2012

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Performance Analysis and Decoupling Control of an Integrated Rotary–Linear Machine With Coupled Magnetic Paths

Type: Journal Paper

Author : Pan, J.F.; Yu Zou; Cheung, Norbert C.

Publisher: IEEE

Year: 2014

Core Loss Analysis for the Planar Switched Reluctance Motor

Type: Journal Paper

Author : Pan, J.F.; Meng, F.J.; Cheung, Norbert C.

Publisher: IEEE

Year: 2014

Deformation and Noise Mitigation for the Linear Switched Reluctance Motor With Skewed Teeth Structure

Type: Journal Paper

Author : Yu Zou; Cheng, Ka-Wai Eric; Cheung, Norbert C.; Jianfei Pan

Publisher: IEEE

Year: 2014

Estimation of Inductance Derivative for Force Control of Linear Switched Reluctance Actuator

Type: Journal Paper

Author : Jiongkang Lin; Cheng, K.W.E.; Xiangdang Xue; Cheung, Norbert C.; Zhu Zhang

Publisher: IEEE

Year: 2014

High-Precision Position Control of a Linear-Switched Reluctance Motor Using a Self-Tuning Regulator

Type: Journal Paper

Author : Zhao, Shi Wei; Cheung, Norbert C.; Gan, Wai-Chuen; Yang, Jin Ming

Year: 2010

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Disturbance and Response Time Improvement of Submicrometer Precision Linear Motion System by Using Modified Disturbance Compensator and Internal Model Reference Control

Design and Analysis of a Novel Transverse-Flux Tubular Linear Machine With Gear-Shaped Teeth Structure

Performance Analysis and Decoupling Control of an Integrated Rotary–Linear Machine With Coupled Magnetic Paths

Core Loss Analysis for the Planar Switched Reluctance Motor

Deformation and Noise Mitigation for the Linear Switched Reluctance Motor With Skewed Teeth Structure

Estimation of Inductance Derivative for Force Control of Linear Switched Reluctance Actuator

High-Precision Position Control of a Linear-Switched Reluctance Motor Using a Self-Tuning Regulator

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Disturbance and Response Time Improvement of Submicrometer Precision Linear Motion System by Using Modified Disturbance Compensator and Internal Model Reference Control

Design and Analysis of a Novel Transverse-Flux Tubular Linear Machine With Gear-Shaped Teeth Structure

Performance Analysis and Decoupling Control of an Integrated Rotary&#x2013;Linear Machine With Coupled Magnetic Paths

Core Loss Analysis for the Planar Switched Reluctance Motor

Deformation and Noise Mitigation for the Linear Switched Reluctance Motor With Skewed Teeth Structure

Estimation of Inductance Derivative for Force Control of Linear Switched Reluctance Actuator

High-Precision Position Control of a Linear-Switched Reluctance Motor Using a Self-Tuning Regulator

Performance Analysis and Decoupling Control of an Integrated Rotary–Linear Machine With Coupled Magnetic Paths