Keyphrases
Actuator
13%
Annealing Algorithm
20%
Atomic Force Microscope
27%
Atomic Force Microscopy
59%
Cantilever
19%
Closed-loop
21%
Cluster Center
11%
Combinatorial Optimization Problem
14%
Control Approach
13%
Control Design
100%
Control Framework
17%
Control Law
15%
Controller
49%
Coupled Dynamics
14%
Coverage Problem
11%
Deterministic Annealing
41%
Dynamic Coverage
11%
Entropy-based
11%
Feedback Controller
12%
H Control
12%
Heat Exchanger
14%
High Bandwidth
36%
High-resolution
16%
Hysteresis
12%
Invariant Systems
15%
Large Classes
12%
Local Minima
19%
Maximum Entropy Principle
47%
Microgrid
12%
Model-based Control
11%
Modeling Uncertainty
13%
Multiple-input multiple-output
11%
Nanopositioner
19%
Nanopositioning
35%
Nanopositioning System
33%
Nonlinear Effects
11%
Optimal Control
14%
Optimal Control Strategy
15%
Optimization Problem
14%
Parallel Kinematics
14%
Power Sharing
12%
Profile Estimation
12%
Resolution Bandwidth
16%
Resource Allocation Problem
16%
Robust Control
29%
Robust Optimal Control
11%
Sample Profile
18%
Spatially Invariant Systems
12%
Strongly Coupled
12%
Two-degree-of-freedom Control
15%
Engineering
Actuator
15%
Atomic Force Microscope
35%
Atomic Force Microscopy
66%
Bulk Metallic Glass
9%
Closed Loop
44%
Control Architecture
12%
Control Design
96%
Control Law
15%
Controller Design
14%
Cost Function
13%
Creep
13%
Degree of Freedom
14%
Design Analysis
9%
Distributed Control
8%
Experimental Result
37%
Feedback Control
15%
Feedback Controller
10%
Feedback Scheme
8%
Feedforward
15%
Flexure
20%
High Resolution
17%
Input Multiple
14%
Invariant System
19%
Inverter
25%
Iterative Learning Control
10%
Limitations
21%
Local Minimum
14%
Maximum Entropy
19%
Microgrid
10%
Mode Dynamic
9%
Modern Control Theory
9%
Nanoscale
8%
Nodes
19%
Nonlinear Effect
15%
Open Loop
18%
Optimal Control
25%
Optimal Control Problem
9%
Optimisation Problem
26%
Positioner
15%
Repeatability
11%
Resolution Bandwidth
28%
Resonant Frequency
15%
Resource Allocation Problem
9%
Robust Optimal Control
16%
Simulation Result
13%
Single Output
9%
Sufficient Condition
10%
Transfer Function
11%
Two Degree of Freedom
20%
Voltage Regulation
12%
