Engineering & Materials Science
Sliding mode control
100%
Controllers
50%
Silicon wafers
50%
Biomass
46%
Feedback control
39%
Actuators
39%
Boilers
35%
Computer simulation
34%
Error analysis
31%
Sampling
31%
Fouling
29%
Flue gases
26%
Sensors
25%
Tuning
25%
Temperature control
24%
Linearization
20%
Lyapunov functions
19%
Uncertainty
19%
Semiconductor materials
19%
Derivatives
18%
Gain control
18%
Asymptotic stability
18%
Describing functions
17%
Light emitting diodes
16%
Multivariable systems
16%
Feedback
16%
Heat exchangers
14%
Clutches
14%
Electromagnetic compatibility
14%
Observability
14%
Disturbance rejection
14%
Trajectories
13%
Stabilization
13%
DC-DC converters
12%
Tires
12%
Gasoline
12%
Closed loop systems
12%
Furnaces
11%
Rapid thermal processing
10%
Experiments
10%
Robust control
10%
Hydraulic laboratories
10%
Mathematical models
10%
Hot Temperature
10%
Wheels
10%
Hydraulics
9%
Monitoring
9%
Temperature measurement
9%
Topology
8%
Specifications
8%
Mathematics
Observer
55%
Wafer
39%
Observer Design
37%
Model-based Control
31%
Discretization
28%
Sliding Mode
27%
Internal Model Control
25%
Semiconductors
22%
Simulink
22%
Temperature Control
21%
Temperature Measurement
20%
Feedback Control
19%
Unknown Inputs
19%
Chattering
19%
Silicon
18%
Estimation Error
18%
Biomass
17%
Algorithm Design
17%
Feedback Loop
17%
Nonlinear Heat Equation
17%
Lyapunov Direct Method
16%
Detectability
16%
Multivariable Systems
15%
Convergence Condition
15%
Sensor
14%
Discretization Scheme
14%
Distance Measure
14%
Control Strategy
14%
Closed-loop System
14%
Injection
14%
Design
13%
Signal Control
13%
Observability
13%
Heat Conduction
13%
Radiation
13%
Linear Time
13%
Perturbation
13%
Inverse System
12%
Filtering
12%
Controller
12%
Numerical Simulation
11%
Degree of freedom
11%
Simulation Environment
11%
Normal Form
11%
Express
11%
Higher Order
10%
Second-order Systems
10%
Closed-loop
10%
Inverse Dynamics
9%
Liquid Flow
9%
