Ingenieurwesen & Materialwissenschaft
Uncertainty
100%
Monitoring
85%
Deep learning
81%
Feature extraction
70%
Machine learning
68%
Liquid propellants
65%
Degradation
63%
Defects
62%
Vegetables
58%
Predictive maintenance
58%
Statistical methods
57%
Coprocessor
56%
Power plants
56%
Fruits
52%
Rocket engines
51%
Anomaly detection
47%
Profitability
47%
Edge computing
46%
Masks
43%
Security of data
42%
Smartphones
42%
Control systems
42%
Data acquisition
38%
Reduced instruction set computing
38%
Electroluminescence
35%
Computer hardware
35%
Imaging techniques
34%
Internet of things
31%
Social aspects
30%
Data recording
30%
Ethical aspects
29%
Robots
29%
Signal systems
27%
Traffic signals
27%
Automatic identification
27%
Traffic control
25%
Cryptography
25%
Time measurement
24%
Parking
24%
Silicon
23%
Sensors
23%
Energy resources
23%
Particle accelerators
23%
Recycling
22%
Costs
21%
Environmental impact
21%
Fault detection
21%
Statistical Models
20%
Physics
19%
Communication
19%
Field programmable gate arrays (FPGA)
18%
Propellants
18%
Aging of materials
18%
Temperature
18%
Detectors
17%
Inspection
17%
Electricity
16%
Belt drives
16%
Electronic data interchange
13%
Neural networks
13%
Experiments
12%
Wear of materials
12%
Testing
11%
Engines
10%
Electric power utilization
8%
Approximation algorithms
7%
Reusability
6%
NP-hard
6%
Controllers
6%
Rockets
6%
Combustion chambers
5%
Base stations
5%
Computational complexity
5%
Propulsion
5%
Mathematik
Failure Detection
81%
Power Plant
70%
Diagnostics
45%
Model-based
41%
Supervisory Control
18%
Data Acquisition
18%
Performance Monitoring
11%
Profitability
10%
Fault Detection
10%
Inverter
10%
Electricity
8%
Physical Model
7%
Performance
7%
Maintenance
7%
Profit
7%
Margin
7%
Instant
7%
Monitoring
6%
Market
6%
Statistical Model
6%
Physics
5%
Physik & Astronomy
anomalies
36%
degradation
34%
sensors
27%
temperature
13%
performance
13%
set theory
12%
Italy
9%
costs
8%
maintenance
7%
boxes
7%
comfort
5%