INIS
accuracy
6%
algorithms
9%
alignment
21%
allocations
16%
antennas
21%
approximations
10%
cancellation
17%
capacity
18%
comparative evaluations
20%
constraints
13%
control
14%
cooperatives
57%
design
6%
devices
10%
distance
5%
efficiency
9%
energy
26%
errors
17%
fluids
21%
gain
5%
harvesting
14%
hybrids
7%
imperfections
11%
information
31%
interference
64%
layers
17%
matrices
7%
monte carlo method
29%
noise
13%
optimization
8%
outages
80%
performance
100%
ports
7%
power
48%
probability
62%
relays
37%
resources
6%
satellites
17%
security
17%
signals
16%
silicon carbides
8%
simulation
41%
solutions
21%
space
9%
spectra
8%
statistical models
7%
surfaces
46%
transmission
10%
unmanned aerial vehicles
11%
Engineering
Antenna
6%
Antenna System
21%
Basestation
9%
Beamforming
6%
Bit Error Rate
13%
Channel Condition
7%
Channel State Information
27%
Closed Form
11%
Closed Form Expression
25%
Closed Form Solution
11%
Cognitive Radio
44%
Communication Network
9%
Cooperative
44%
Cooperative Network
8%
Energy Engineering
18%
Energy Harvesting
17%
Ergodic Capacity
13%
Fading Channel
25%
Full-Duplex
17%
Interference Alignment
18%
Interference Cancellation
11%
Interference Temperature
10%
Limitations
13%
Max
6%
Millimeter Wave
13%
Multiple Access
15%
Multiple-Input Multiple-Output
8%
Network Outage
8%
Non-Orthogonal Multiple Access
99%
Optimal Power Allocation
6%
Orthogonal Multiple Access
7%
Outage Probability
56%
Outages
41%
Path Loss
6%
Performance Analysis
9%
Physical Layer Security
12%
Power Control
12%
Quality of Service
17%
Relay Node
8%
Secondary User
10%
Self-Interference
6%
Simulation Result
12%
Statistical Model
6%
Successive Interference Cancellation
6%
Surface Element
7%
Switching Time
12%
Systems Performance
9%
Transceiver
15%
Transmissions
11%
Unmanned Aerial Vehicle
16%
Keyphrases
Amplify-and-forward Relay
10%
Analytical Expression
7%
Base Station
5%
Beamforming Matrix
6%
Bit Error Rate Performance
5%
Channel State Information
8%
Closed-form Expression
12%
Cognitive Relay Networks
12%
Cooperative Networks
8%
Cooperative Non-orthogonal multiple Access (C-NOMA)
10%
Decode-and-forward
8%
Energy Harvesting
11%
Ergodic Capacity
6%
Fluid Antenna System
17%
Full-duplex
8%
Generalized Closed
5%
Hybrid Satellite-terrestrial Relay Network (HSTRN)
6%
Imperfect Channel State Information
10%
Information Scenario
6%
Interference Alignment
15%
Interference Signal
6%
Interference Temperature Constraint
5%
Large Intelligent Surface
12%
MmWave Networks
8%
Monte Carlo Simulation
19%
Multiple Access Network
40%
Nakagami-m Channel
7%
Nakagami-m Fading
5%
Network Outage
8%
Non-orthogonal multiple Access
64%
Outage
6%
Outage Performance
12%
Outage Probability
30%
Physical Layer Security
12%
Power Control
8%
Power Splitting Relaying
10%
Primary Network
8%
Reconfigurable Intelligent Surface
13%
Relay Node
7%
Relaying Network
9%
Secondary Network
8%
Surface Partitioning
10%
Surface Power
8%
System Impairments
9%
Time-switching Relaying
6%
Transceiver
5%
Two-hop
7%
Underlay
8%
Underlay Cognitive Radio
23%
Wireless Power
17%
