Keyphrases
Wireless Sensor Networks
100%
Wastewater Treatment Plant
64%
Artificial Neural Network
62%
Neural Network
50%
Decomposition Method
34%
Control Strategy
34%
Artificial Intelligence
29%
Dynamic Bandwidth Allocation
25%
Transfer Learning
25%
Coupled Tensor Decomposition
24%
Plant Control
23%
Systems-based
22%
Compressed Sensing
21%
Energy Consumption
21%
Anchor Node
21%
Amplify-and-forward
19%
Outdated Channel State Information
19%
Controller
19%
Internal Model Controller
17%
Network Utility Maximization
17%
Extended Kalman Filter
16%
DVB-RCS
16%
Long Short-term Memory
16%
Hardware Neural Network
16%
Mortality Prediction
15%
Control Loop
15%
Transfer Learning Model
15%
Machine Learning Techniques
14%
Imputation Methods
14%
Low-power Wide-area Network (LPWAN)
14%
Risk Factors
14%
Predictive Models
14%
Position Estimation
14%
Data-centric
14%
Control Structure
14%
Inertial Sensors
13%
Indoor Pedestrian Tracking
12%
Multiple Receivers
12%
Autoencoder
12%
Large-scale Wireless Sensor Networks
12%
Distributed Joint Source-channel Coding (DJSCC)
12%
Intersection Assistance
12%
Adaptive Beaconing
12%
Industrial Environment
12%
Fair Resource Allocation
12%
End-stage Renal Disease
12%
Variational Autoencoder
12%
Memory-based
12%
Chronic Kidney Disease
12%
Return Channel
12%
Engineering
Wireless Sensor Network
62%
Wastewater Treatment Plant
48%
Artificial Neural Network
47%
Energy Engineering
37%
Metrics
35%
Control Strategy
31%
Quality of Service
30%
Cooperative
26%
Joints (Structural Components)
21%
Channel State Information
21%
Anchor Node
21%
Transfer Learning
19%
Internals
17%
Extended Kalman Filter
16%
Dynamic Bandwidth
16%
Long Short-Term Memory
15%
Inertial Sensor
15%
Deep Neural Network
15%
Road
15%
Computational Complexity
14%
Received Signal Strength
12%
Neuromorphic System
12%
Offline Learning
12%
Learning Approach
12%
Simulation Result
12%
Digital Video
12%
Compressed Sensing
12%
Power Control
12%
Channel Allocation
12%
Internal Model Control
12%
Nodes
12%
Cross-Layer Design
11%
Machine Learning Technique
11%
Outage Probability
10%
Indoor Positioning Systems
10%
Industrial Control
10%
Selection Strategy
9%
Systems Performance
9%
Mean Square Error
9%
Control Loop
9%
Central Node
9%
Industrial Environment
9%
Covariance Matrix
9%
Learning System
9%
Adaptive Coding
8%
Power Allocation
8%
Maximization
8%
Traffic Data
8%
Good Performance
8%
Performance Degradation
8%
Computer Science
Wireless Sensor Network
79%
Quality of Service
39%
Bandwidth Allocation
38%
Dynamic Bandwidth
24%
Decomposition Method
22%
Neural Network
21%
Compressed Sensing
21%
amplify-and-forward
19%
Application Requirement
19%
Memristor
19%
Autoencoder
19%
Energy Efficient
18%
Energy Consumption
18%
Utility Maximization
18%
Physical Layer
16%
Routing Protocol
14%
Broadcast Video
12%
Resource Allocation
12%
Flow Control
12%
Control Protocol
12%
Congestion Problem
12%
Vehicular Application
12%
Congestion Control
12%
Packet Reception
12%
Utility Function
12%
Vehicular Communication
12%
Transmission Parameter
12%
Application Level
12%
Distributed Source Coding
12%
Computational Complexity
11%
Computer Hardware
11%
Optimization Problem
10%
Deep Neural Network
9%
Allocation Problem
9%
Prediction Model
9%
Convex Optimization
8%
Sensor Networks
8%
Satellite System
8%
Problem Formulation
8%
Distributed Algorithm
8%
Received Signal Strength
8%
Channel State Information
8%
Deep Learning Method
7%
Wireless Sensor Network
6%
Selection Strategy
6%
Bandwidth Efficiency
6%
System Behavior
6%
Load Application
6%
Smart Environment
6%
Propagation Delay
6%
