Keyphrases
Resolver
68%
Variable Reluctance Resolver (VR-Resolver)
33%
Variable Reluctance
30%
Permanent Magnet
23%
Performance Analysis
20%
Linear Actuator
19%
Position Error
17%
Position Sensor
16%
Output Signal
16%
Longitudinal End Effect
14%
Compensating Method
14%
Time-stepping Finite Element Analysis (TSFEA)
13%
VR Resolver
11%
Analytical Model
11%
Geometry Optimization
11%
Input Constraints
9%
Design Guidelines
9%
Toroidal Winding
9%
Slotless
9%
Buck-boost Converter
9%
Electromagnetic Design
9%
Optimal Trajectory
9%
Modeling Performance
9%
Actuator Mechanism
9%
Comparative Analysis
9%
Wide Speed Range
9%
Hybrid Excited
9%
Performance Evaluation
9%
System Control
9%
High Gain
9%
Fault-tolerance Techniques
9%
Function Model
9%
DC-DC
9%
Winding Function
9%
Variable Area
9%
Open-circuit Fault
9%
Linear Resolver
9%
Switched Reluctance Motor
9%
Outer Rotor
9%
Position Estimation
9%
Magnetic Flux Modulation
9%
Estimation Method
9%
Observer-based Control
9%
Industrial Application
9%
Electromagnetic Sensor
8%
Finite Element Analysis
8%
Time Stepping Finite Element Method (TSFEM)
7%
Process Optimization
7%
Rotary Parts
6%
Excitation Winding
6%
Engineering
Resolvers
100%
Actuator
38%
Finite Element Analysis
28%
Permanent Magnet
26%
Manipulator
19%
Rotors
17%
Output Signal
15%
Magnetic Flux
14%
End Effect
14%
Position Error
12%
Position Sensor
11%
Optimal Trajectory
11%
Performance Analysis
11%
Geometrical Optimization
11%
Control System
10%
Analytical Model
10%
Design Guideline
9%
Input Constraint
9%
Open Circuit
9%
Comparative Analysis
9%
Fits and Tolerances
9%
Circuit Faults
9%
Buck Converter
9%
Prototype
9%
Reluctance Motor
9%
Control Strategy
8%
Induced Voltage
6%
Active Power
6%
Power Switch
6%
Permanent Magnet Synchronous Motor
6%
Industrial Applications
6%
Experimental Measurement
5%
Simulation Result
5%
Electric Machine
5%
Position Information
5%
Energy Conversion
5%
