Computer Science
Motion Planning
100%
Quality-of-Experience
100%
Quality of Service
86%
Digital Twin
66%
Wireless Sensor Network
66%
multi agent
55%
Formation Control
44%
multiple robot
44%
Machine Learning
38%
User Satisfaction
38%
path-planning
38%
Optimal Trajectory
38%
Network Layer
37%
Cloud Computing
37%
Case Study
33%
Crowdsourcing Platform
33%
Transfer Learning
33%
Learning Approach
33%
Deep Learning
33%
Software-Defined Network
33%
Multimedia Service
33%
Autonomous Vehicles
33%
Wireless Channel
33%
Internet of Vehicles
33%
Spatial Understanding
33%
Physical Layer
33%
Human-Centered Computing
33%
Actuator Networks
33%
YOLOv7
33%
Vision Transformer
33%
Blockchain
33%
Deep Learning Model
33%
Sensors and Actuator
33%
Convolutional Neural Network
33%
Prediction Model
28%
Convolutional Neural Network
26%
Component Analysis
23%
Analysis of Variance
23%
Open Access
23%
Neighbor Table
22%
adaptive neuro-fuzzy inference system
22%
YOLOv5
22%
Internet of Things
20%
Subjective Quality
20%
Research Question
20%
Service-Level Agreement
19%
Network Resource
16%
Data Center
16%
Service Delivery
16%
Deep Learning
14%
Engineering
Cooperative
100%
Path Planning
83%
Quality of Service
66%
Link Quality
60%
Optimal Path
50%
Collision Avoidance
50%
Robot
50%
Optimal Trajectory
50%
Transfer Learning
33%
Deep Learning
33%
Learning Approach
33%
Proof-of-Concept
33%
Offshore Wind Turbines
33%
Quality of Experience
33%
Key Risk
33%
Cloud Computing
33%
Internet of Things
33%
Sensor Node
33%
Effective Mean
33%
Telecommunication
33%
Conductive
33%
Convolutional Neural Network
26%
Prediction Network
23%
Component Analysis
23%
End-Users
22%
Risk Level
22%
Health Care System
22%
Preliminary Analysis
16%
Target Path
16%
Road
16%
Automotives
16%
Free Path
16%
Intelligent Transport
16%
Wireless Sensor Network
16%
Mean-Squared-Error
16%
Noise Ratio
16%
Fresh Water
16%
Smart City
16%
Daubechies
16%
Radio Frequency
16%
Pressure Sensor
16%
Underwater Structure
16%
Processing System
13%
Network Model
13%
Tasks
11%
Early Life
11%
Risk Model
11%
Early Warning System
11%
Computational Time
11%
United Kingdom
11%