Engineering
Unmanned Aerial Vehicle
100%
Basestation
52%
Joints (Structural Components)
45%
Simulation Result
39%
Channel Model
31%
Noma
24%
Internet-Of-Things
20%
Multiple-Input Multiple-Output
19%
Power Control
19%
Antenna Arrays
18%
Beamforming
17%
Multiple Access
15%
Path Loss
14%
Nodes
14%
Multipath Component
13%
Antenna
13%
Measurement Campaign
13%
Spatial Multiplexing
12%
Sum-Rate Maximization
12%
Radio Channel
12%
Performance Analysis
11%
Optimisation Problem
11%
Cellular Network
11%
Power Spectra
11%
Wireless Sensor Network
11%
Power Allocation
10%
Communication System
10%
Transceiver
10%
Directional
10%
Channel Allocation
9%
Angle-of-Arrival
9%
Electric Power Utilization
9%
Packet Level
9%
Measurement Data
9%
Field Measurement
9%
Cooperative Network
9%
Maximization
9%
Ultra-Wideband
8%
Admission Control
8%
Blockchain
8%
Channel Impulse Response
7%
Scale Fading
7%
Personal Area Network
7%
Mode Selection
7%
Macrocell
7%
Fading Channel
7%
Propagation Characteristic
6%
Channel Modeling
6%
Multipath Propagation
6%
5G Mobile Communication
6%
Computer Science
Unmanned Aerial Vehicle
71%
Noma
25%
Resource Allocation
21%
Internet-Of-Things
20%
Energy Efficient
20%
Wireless Network
18%
Optimization Problem
17%
Vehicular Ad-Hoc Network
17%
Multicast Network
12%
sum rate
12%
Multi-Access Edge Computing
11%
Channel State Information
11%
Power Consumption
11%
Network Coding
11%
Power Allocation
9%
Deep Neural Network
9%
Multiple Access
9%
Energy Consumption
9%
Wireless Sensor Network
8%
anticollision
8%
Performance Analysis
8%
Network Performance
8%
Fading Channel
7%
artificial potential field
7%
Admission Control
7%
Channel Impulse Response
7%
Graph Theory
6%
array antenna
6%
Independent Set
6%
Access Point
6%
Quality of Service
6%
Transmission Power
6%
Task Offloading
6%
Wi-Fi
6%
Access Technique
5%
Multipath Component
5%
Deployment Base Station
5%
Information Delay
5%
Neural Network
5%
Random Network
5%
Hybrid Network
5%
Packet Fragmentation
5%
Ultra-Wideband
5%
Blockchain
5%
Internet of Vehicles
5%
Spectrum Allocation
5%
Model Resolution
5%
Human Activity Recognition
5%
amplify-and-forward
5%
Network Architecture
5%
