INIS
gain
100%
precision
100%
applications
100%
motion
100%
industry
100%
performance
57%
control
42%
speed
42%
control systems
42%
steady-state conditions
42%
harmonics
28%
stability
28%
tools
28%
design
14%
dynamics
14%
levels
14%
capacity
14%
demand
14%
interfaces
14%
nonlinear problems
14%
tuning
14%
water
14%
solutions
14%
Engineering
Motion System
100%
Compensator
100%
Frequency-Domain Analysis
100%
Linear Controller
45%
Frequency Domain
45%
Control System
27%
Limitations
18%
Closed Loop
18%
Harmonics
18%
Quality Level
9%
Throughput
9%
Nyquist Plot
9%
Function Analysis
9%
Transient Analysis
9%
Applicability
9%
Fractional-Order Controller
9%
Control Strategy
9%
High Precision
9%
Satisfies
9%
Control Design
9%
Phase Lead
9%
Dynamic Performance
9%
Open Loop
9%
Performance Analysis
9%
Derivative Controller
9%
High Quality
9%
State Response
9%
Earth and Planetary Sciences
Compensator
100%
Domain
100%
Controller
100%
Industry
63%
Loop
36%
Steady State
27%
Control System
27%
Order
18%
Stability
18%
Constraint
18%
Harmonics
18%
Transient Response
9%
Investigation
9%
Bed
9%
Requirement
9%
Existence
9%
Response
9%
Integer
9%
Strategy
9%
Lead
9%
Tool Use
9%
Tradeoff
9%
Need
9%
Physics
Frequency Domain Analysis
100%
Technology
9%