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Fingerprint Dive into the research topics where Stephen Phillips is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Engineering & Materials Science

Micromotors
Polysilicon
Bearings (structural)
Networked control systems
MEMS
Shape memory effect
Actuators
Rotors
Feedback control
Sensors
Bushings
Microactuators
Torque measurement
Controllers
Thin films
Friction
Gears
Fabrication
Atomizers
Robots
Ions
Residual stresses
Feedback
Surface micromachining
Identification (control systems)
Flanges
Torque
Silicon
Multivariable control systems
Electric potential
Control systems
Gas turbines
Neural networks
Signal processing
Turbines
Low pressure chemical vapor deposition
Linearization
Students
Control system analysis
Degradation
Switches
Optimal control systems
MIMO systems
Propulsion
Sputtering
Support vector machines
Linear control systems
Nonlinear systems
Molecules
Carrier sense multiple access

Chemical Compounds

Micromotors
Bearings (structural)
Polysilicon
Shape memory effect
Microactuators
Bushings
Residual stresses
Actuators
Thin films
MEMS
Feedback control
Multivariable control systems
Atomizers
Networked control systems
Gears
Rotors
Silicon
Flanges
Network architecture
Linear matrix inequalities
Friction
Gas turbines
Dynamical systems
Turbines
Phase transitions
Temperature
Scheduling