Mingcong Deng

Professor

Tokyo University of Agriculture and Technology

Japan

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Professor Mingcong Deng is currently affiliated with the Tokyo University of Agriculture and Technology, Japan. His research areas encompass nonlinear control systems, operator theory, and energy transfer technologies, as demonstrated in his recent publications. Notable articles include works on filtered right coprime factorization, impedance control of micro fingers, and triboelectric nanogenerator systems.

Mingcong Deng

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Articles (20)

Marginal Design of a Pneumatic Stage Position Using Filtered Right Coprime Factorization and PPC-SMC

Dual High-Voltage Switch Rectifier Bridge for Efficient Energy Transfer in Triboelectric Nanogenerators

Sensorless Impedance Control of Micro Finger Using Coprime Factorization

Nonlinear Back-Calculation Anti-Windup Based on Operator Theory

Filtered Operator-Based Nonlinear Control for DC–DC Converter-Driven Triboelectric Nanogenerator System

Nonlinear Control for Unstable Networked Plants in the Presence of Actuator and Sensor Limitations Using Robust Right Coprime Factorization

Nonlinear Control System for Flat Plate Structures Considering Interference Based on Operator Theory and Optimization Method

Early Fault Detection and Operator-Based MIMO Fault-Tolerant Temperature Control of Microreactor

Operator-Based Triboelectric Nanogenerator Power Management and Output Voltage Control

Filtered Right Coprime Factorization and Its Application to Control a Pneumatic Cylinder

Nonlinear Fault-Tolerant Vibration Control for Partial Actuator Fault of a Flexible Arm

Nonlinear Vibration Control Experimental System Design of a Flexible Arm Using Interactive Actuations from Shape Memory Alloy

A Design Based on Operator Theory and Isomorphism: Operator-Based Nonlinear Adaptive Control for a Calorimetric Power Loss Measurement System Using a Peltier Element

Guest Editorial: Special issue on recent developments in advanced mechatronics systems

Operator-Based Fractional-Order Nonlinear Robust Control for the Spiral Heat Exchanger Identified by Particle Swarm Optimization

Design and Control of Advanced Mechatronics Systems

A Nonlinear Control of Linear Slider Considering Position Dependence of Interlinkage Flux

Operator & Fractional Order Based Nonlinear Robust Control for a Spiral Counter-Flow Heat Exchanger with Uncertainties and Disturbances

Robust nonlinear control integrated operator theory and sliding mode technology for a system considering the change of thermal conductivity

Particle Filter Design for Robust Nonlinear Control System of Uncertain Heat Exchange Process with Sensor Noise and Communication Time Delay

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Lin Meng

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