Engineering
Autonomous Underwater Vehicle
100%
Computational Fluid Dynamics
56%
Single Channel
50%
Cost Implication
50%
Tunnel
50%
Sensor System
50%
Change Rate
50%
Experimental Result
50%
Optimal Value
50%
One Dimensional
50%
Range Sensor
50%
Operating Range
50%
Graphics Processing Unit
50%
Measuring Sensor
50%
Response Time
50%
Australia
50%
Analog-to-Digital Converter
50%
Optimal Performance
50%
Thruster
50%
Path Planning
50%
Circular Antenna
25%
Signal-to-Noise Ratio
25%
Radio Frequency
25%
Antenna Arrays
25%
Network Model
25%
Hydrodynamics
12%
Electric Power Utilization
12%
Internal Oscillator
12%
Sampled Signal
12%
Pathlength
12%
Metrics
12%
Energy Efficiency
12%
Close Proximity
12%
Reducing Energy Consumption
12%
Optimal Path
12%
Safety Risk
12%
Cost Performance
6%
Inspection Type
6%
External Structure
6%
Total Drag
6%
Flow Distribution
6%
Pressure Drag
6%
Degree of Freedom
6%
Energy Storage
6%
Recovery Technique
6%
Approach Path
6%
Drag Coefficient
6%
Structural Design
6%
Operational Efficiency
6%
Fluid Flow
6%
Computer Science
Speech Emotion Recognition
50%
Analog-to-Digital Converter
50%
software-defined radio
50%
High-Performance Computing
50%
Graphics Processing Unit
50%
Text Representation
25%
Multimodality
25%
Machine Communication
25%
Deep Learning Model
25%
Data Representation
25%
Recognition System
25%
Robot
25%
Self-Supervised Learning
25%
Motion Capture
25%
Art Performance
25%
Machine Learning Approach
25%
Central Processing Unit
18%
Internal Oscillator
12%
Sampled Signal
12%
Specialized Equipment
12%
Modified Version
12%
Random Access Memory
12%
Power Consumption
12%
Time Difference
12%
Difference Method
12%
Commercial Code
6%
Computer Architecture
6%
Computer Hardware
6%