Unmanned aerial vehicle technology in IoE

Keyphrases

• UAV 100%
• Unmanned Aerial Vehicle Technology 100%
• Internet of Things 46%
• Energy Conservation 26%
• Non-orthogonal multiple Access 26%
• Achievable Sum Rate 26%
• High Signal-to-noise Ratio 20%
• Numerical Results 13%
• Energy Efficiency 13%
• Transmitter 13%
• System Throughput 13%
• Communication Platform 13%
• Unmanned Aerial Vehicle Swarm 13%
• Outage Probability 13%
• Residual Hardware Impairments 13%
• Vehicle Wireless Communication 13%
• Vehicle Relays 13%
• Low Altitude 6%
• Sensor Node 6%
• Multi-way 6%
• System Design 6%
• Wireless Communication 6%
• Unified Framework 6%
• Network Parameters 6%
• High Mobility 6%
• High Energy 6%
• Performance-based 6%
• System Performance 6%
• Asymptotic Behavior 6%
• Geometric Approach 6%
• Analytical Expression 6%
• Mobility Limitation 6%
• Line-of-sight 6%
• Internet of Things Networks 6%
• Internet of Things System 6%
• Internet of Things Devices 6%
• Communication Channels 6%
• Transmission Probability 6%
• Platform-Based 6%
• Mutual Information 6%
• Drone 6%
• Transmission Mode 6%
• Transmission Power 6%
• Bias Factor 6%
• Path Loss 6%
• Macrocell 6%
• Heterogeneous Internet of Things 6%
• Random Directions 6%
• Affine 6%
• Swarm Robots 6%
• Average Distance 6%
• Imperfect Channel State Information 6%
• Closed-form Expression 6%
• Channel State Information 6%
• Power Offset 6%
• Error Floor 6%
• Sum Rate 6%
• Relaying Network 6%
• Multiple Access Protocol 6%
• Aerial User 6%
• Flying Robot 6%
• Three-dimensional Location 6%
• Wireless Communication Systems 6%
• Decode-and-forward 6%
• Rician Fading 6%
• Rician Factor 6%
• Stochastic Geometry 6%
• Homogeneous Poisson Point Process 6%
• Hybrid Satellite 6%
• Delay-limited Transmission 6%
• Internet of Things Communication 6%
• Multiple Access Network 6%
• Transferred Energy 6%
• Throughput Performance 6%
• Wireless Connection 6%
• Outage Performance 6%
• Integrated Information Network 6%
• Coverage Probability 6%
• On-demand Deployment 6%
• Transceiver 6%
• Fast Deployment 6%
• Internet of Things Sensors 6%
• Diversity Order 6%
• Fixed-distance 6%
• Asymptotic Analysis 6%
• Optimal Density 6%
• Channel Quality 6%
• Channel Estimation Error 6%
• Air-to-ground Communication 6%
• Amplify-and-forward 6%
• Flexible Configuration 6%

Engineering

• Unmanned Aerial Vehicle 100%
• Internet of Things 66%
• Energy Engineering 27%
• Signal-to-Noise Ratio 16%
• Multiple Access 16%
• Wireless Communication 16%
• Energy Conservation 11%
• Transmissions 11%
• Energy Efficiency 11%
• Channel State Information 11%
• Outage Probability 11%
• Sensor Node 5%
• Simulation Result 5%
• Illustrates 5%
• Design System 5%
• Limitations 5%
• Robot 5%
• Floors 5%
• Network Parameter 5%
• Systems Performance 5%
• Communication System 5%
• Power Transmission 5%
• Communication Channel 5%
• Mutual Information 5%
• Path Loss 5%
• Drone 5%
• Orthogonal Multiple Access 5%
• Closed Form Expression 5%
• Perfect Channel 5%
• Outages 5%
• Power Offset 5%
• Stochastic Geometry 5%
• Information Network 5%
• Channel Quality 5%
• Point Process 5%
• Transceiver 5%
• K Factor 5%
• Channel Estimation Error 5%
• Diversity Order 5%

Computer Science

• Unmanned Aerial Vehicle 100%
• Internet of Things 64%
• sum rate 29%
• Multiple Access 23%
• Noise-to-Signal Ratio 17%
• Wireless Communication 11%
• Energy Efficiency 11%
• Channel State Information 11%
• Outage Probability 11%
• Sensor Node 5%
• Robot 5%
• Network Parameter 5%
• Approximation (Algorithm) 5%
• Systems Performance 5%
• Mutual Information 5%
• Access Network 5%
• Internet of Things Device 5%
• Information Network 5%
• Transmission Power 5%
• Energy Transfer 5%
• Unified Framework 5%
• wireless communication system 5%
• Estimation Error 5%
• closed-form expression 5%
• Perfect Channel 5%
• amplify-and-forward 5%
• Poisson Point Process 5%
• Diversity Order 5%
• Wireless Connection 5%
• Channel Estimation 5%
• Dimensional Location 5%
• Optimal Density 5%
• Channel Quality 5%