Research Profile of Mo-Yuen Chow - ReachNC

Profile

All of the publications associated with this researcher have been analyzed to create one fingerprint that represents the collective expertise and experience of the researcher.

Based on:

Publications
Grants

Engineering & Physical Sciences

Neural networks
Networked control systems
DC motors
Fuzzy sets
Fault detection
Industrial electronics
Controllers
Failure analysis
Control systems
Control system analysis
Real time systems
Fuzzy logic
Adaptive control systems
Induction motors
Outages
Hybrid vehicles
Electric vehicles
Remote control
Distributed parameter control systems
Heuristic methods
Internet
Electric fault location
Scheduling
Electric load distribution
Energy management
Computer simulation
Time delay
Learning systems
Smart power grids
Middleware
Mobile robots
Ground vehicles
Membership functions
Fuzzy systems
Electric power transmission networks
Electronics industry
Parking
Electric power distribution
Electric utilities
Detectors
Automation
Two term control systems
Telecommunication networks
Actuators
Identification (control systems)
Discrete event simulation
Mathematical models
Restoration
Electric motors
Inference engines
Network security
Fuzzy inference
System stability
Bandwidth
Unmanned vehicles
Rotors
Control system synthesis
Charging (batteries)
SCADA systems
Control equipment
Automobile electronic equipment
Intelligent control
Parameter estimation
Fuzzy control
Intelligent vehicle highway systems
Artificial intelligence
Throughput
Knowledge based systems
Learning algorithms
Gain control
Delay control systems
Mechatronics
Electric fault currents
Feedforward neural networks
Speed control

Mo-Yuen Chow NCSU, College of Engineering, Electrical & Computer Engineering

Mo-Yuen Chow

Profile

Engineering & Physical Sciences

Mo-Yuen Chow
NCSU, College of Engineering, Electrical & Computer Engineering