Engineering & Materials Science
Decision trees
100%
Industry 4.0
70%
Machine learning
63%
Personnel
52%
Statistical process control
41%
Sales
41%
Students
31%
Electroencephalography
27%
Learning algorithms
26%
Inventory control
24%
Data Science
24%
Entropy
24%
Artificial intelligence
23%
Data mining
23%
Human resource management
21%
Costs
21%
Monitoring
19%
Mathematical programming
18%
Process control
17%
Electromyography
17%
Big data
17%
Stochastic systems
17%
Classifiers
16%
Trajectories
14%
Feedback
13%
Planning
13%
Health
13%
Production control
11%
Bayesian networks
10%
Compensation and Redress
10%
Cyber Physical System
10%
Experiments
10%
Controllers
10%
Random forests
10%
Supervisory personnel
9%
Terrorism
9%
Intercellular Signaling Peptides and Proteins
8%
Crime
8%
Structural properties
7%
Global optimization
7%
Digital twin
6%
Cellular telephones
6%
Macros
6%
Information analysis
6%
Profitability
6%
Mobile computing
6%
Flexible manufacturing systems
5%
Wages
5%
Analog to digital conversion
5%
Process monitoring
5%
Business & Economics
Machine Learning
63%
Human Resources
36%
Turnover
34%
Decision Tree
22%
Data Mining
21%
Stock Market
19%
Statistical Process Control
17%
Optimal Control Problem
17%
Investor Behavior
17%
Information Theory
16%
Disclosure
15%
Risk Attitude
15%
Mathematical Programming
15%
Subsystem
14%
Work Place
14%
Inventory Management
14%
Prototype
13%
Nationality
13%
Documentation
13%
Workstation
13%
Mental Health
13%
Operator
12%
Product Planning
12%
Testing
12%
Financial Markets
10%
Feedback Rules
10%
Employees
10%
Retailers
9%
Market Conditions
9%
Bayesian Networks
9%
Resources
9%
Experiment
8%
Investors
8%
Design for Assembly
7%
Interaction
7%
Classifier
7%
Design for Manufacturing
7%
Supervisors
7%
Big Data
7%
Learning Algorithm
6%
Bill of Material
6%
Placement
6%
Support Vector Machine
6%
Complex Product
5%
Heuristics
5%
Automation
5%
Artificial Intelligence
5%
Industry
5%
Production Planning
5%
Prediction
5%
Mathematics
Decision tree
36%
Human Resource Management
27%
Horizon
20%
Optimal Control
15%
Demand
14%
Ensemble
14%
Stochastic Systems
13%
Entropy
11%
Decrease
10%
Information Gain
9%
Majority Voting
9%
Policy
9%
Growth Factors
8%
Classifier
8%
Cost Minimization
7%
Costs
6%
Model
6%
Human Resources
6%
Common factor
6%
Control Policy
6%
Necessary Conditions of Optimality
5%
Profitability
5%
Threshold Value
5%
Demonstrate
5%
Finite Horizon
5%
Infinite Horizon
5%
Perturbed System
5%
Wiener Process
5%
Numerical Procedure
5%
Classification Algorithm
5%
Closed-form Solution
5%
