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Engineering
Neural Network Approach
60%
Damage Detection
60%
Hybrid Method
53%
Parameter Estimation
40%
Bernoulli Beam
26%
Individual Patient
26%
Initial Estimate
23%
Simple Model
20%
Singular Spectrum
20%
Pharmacokinetic Model
20%
Automatic System
20%
Main Advantage
20%
Real Data
20%
Structural Health Monitoring
20%
Classification Task
20%
Common Sense
20%
Parameter Model
20%
Marginals
13%
Control Law
13%
Significant Change
13%
Model Parameter
13%
Fitting Curve
13%
Desired Target
10%
Collected Data
10%
Periodic Time
10%
Simulation Result
10%
Series Connection
6%
Levenberg-Marquardt Algorithm
6%
Marquardt Method
6%
Parameter Estimate
6%
Input Information
6%
Beam Model
6%
Parameter Variation
6%
Structural System
6%
Great Importance
6%
Good Result
6%
Feedforward
6%
Systems Performance
6%
Least Square
6%
Probability Density Function
6%
Artificial Neural Network
6%
Open Loop Control
6%
Closed Loop
6%
Open Loop
6%
Mathematics
Parameter Estimation
100%
Hopfield Neural Networks
53%
Neural Network
33%
Ordinal Data
20%
Multidimensional Systems
20%
Simple Model
20%
Real Data
20%
Initial Estimate
20%
Apply It
20%
Systems Analysis
20%
Parametric
20%
Principal Component Analysis
20%
Random Variable
20%
Health Monitoring
20%
Estimation Method
20%
Sufficient Condition
13%
Discrete Distribution
13%
Square Regression
13%
Least Square
13%
Unimodality
13%
Kernel Density Estimation
13%
Illustrative Example
10%
Continuous Time
10%
Time System
10%
Curve Fitting
10%
Linear System
10%
Matrix (Mathematics)
10%
Discrete Time
10%
Artificial Neural Network
10%
Continuous Data
10%
Support Vector Machine
8%
Real Life
6%
Classification Problem
6%
Parameter Estimate
6%
Unimodal Distribution
6%
Weaker Condition
6%
Invariant System
6%
Approximation Function
6%
Superiority
6%
Random Vector
6%
Density Estimation
6%
Parameter Variation
6%
Marginal Probability Density Function
6%
Simulation Study
6%
Random Noise
6%
Marginals
6%
Computer Science
Hopfield Neural Networks
33%
Gene Expression Data
20%
System Analysis
20%
Parameter Estimation
20%
Component Analysis
20%
Structural Health
20%
Principal Components
20%
Estimation Method
20%
Parameter Model
20%
Switching Systems
10%
Discrete Time System
10%
Switched Systems
10%
Sufficient Condition
10%
Continuous Time System
10%
Linear Systems
10%
Marginal Density
6%
Marginal Probability
6%
Invariant System
6%
Systems Performance
6%
Process Data
6%
Simulation Study
6%
Parameter Variation
6%
Probability Density Function
6%
Open-Loop Control
6%
Microarray Data
5%
