Computer Science
amplify-and-forward
100%
Algorithms
47%
Antennas
46%
Physical Layer Security
44%
Federated Learning
44%
Gradient Descent
33%
Device-To-Device
29%
Wireless Device
29%
Subcarrier Allocation
22%
Fog Computing
22%
White Space
22%
Energy Efficient
22%
Theoretical Limit
22%
Wireless Networks
22%
Network Algorithm
22%
Mathematical Convergence
22%
Frequency Division Multiple Access
22%
Decentralized Federated Learning
22%
User
11%
Access Point
11%
Optimization Problem
11%
Achievable Secrecy Rate
11%
Mixed Integer Programming
11%
Computation
11%
Joint Subcarrier
11%
Secrecy Capacity
11%
Deadlines
11%
Power Allocation
11%
Allocation Problem
11%
on-line algorithm
11%
Sliding Window
11%
Energy Minimisation
11%
Computation Offloading
11%
Channels
11%
Global Channel
9%
Transmitter Antenna
9%
Heuristics
9%
Poisson Point Process
7%
Graph Coloring
7%
Risk Minimization
7%
Average Consensus
7%
Neighboring Device
7%
Information Model
7%
Sparsity
7%
Computing Resource
7%
Physical Layer
7%
Computing
7%
Wireless Channel
7%
Forwarding
5%
Distributed Algorithm
5%
Engineering
Cooperative
85%
Energy Engineering
44%
Antenna
42%
Joints (Structural Components)
42%
Subcarrier
38%
Channel State Information
37%
Design
29%
Orthogonal Frequency Division Multiple Access
27%
Cognitive Radio Networks
22%
TV
22%
Jammer
22%
Noma
22%
Energy Harvesting
22%
Optimisation Problem
18%
Perfect Channel
14%
Interference Signal
14%
Simulation Result
14%
Power Budget
12%
Primary User
11%
Secondary Transmitter
11%
Power Constraint
7%
Network Topology
7%
Geolocation Database
7%
Potential Gain
7%
Convex Optimization Problem
7%
Desired Signal
7%
Illustrates
7%
Relay Node
7%
Centralized Case
7%
Received Power
7%
Path Loss
7%
Closed Form Expression
7%
Source Node
7%
Individual Power Constraint
7%
Simultaneous Wireless Information and Power Transfer
7%
Power Allocation
5%
Secondary User
5%
Cognitive Radio
5%
Single Antenna
5%
Spectrum Utilization
5%
Spectrum Efficiency
5%
Secondary System
5%
Primary System
5%
Maximization Problem
5%