INIS
performance
100%
indoors
51%
signals
46%
interference
46%
errors
46%
power
41%
transmission
33%
relays
31%
sampling
28%
simulation
27%
comparative evaluations
23%
modulation
22%
cancellation
21%
space
19%
cooperatives
19%
output
18%
data
18%
antennas
18%
correlations
17%
carriers
16%
losses
15%
environment
15%
vehicles
14%
modeling
13%
allocations
13%
applications
13%
pulses
12%
ghz range
12%
processing
12%
information
12%
implementation
12%
detection
12%
light sources
11%
satellites
11%
distance
11%
attenuation
11%
algorithms
10%
capacity
10%
weather
10%
computer simulation
9%
learning
9%
illumination
9%
outages
9%
unmanned aerial vehicles
9%
peaks
8%
units
8%
suppression
8%
noise
8%
evaluation
8%
outdoors
8%
Engineering
Communication System
64%
Orthogonal Frequency Division Multiplexing
56%
Transmissions
40%
Bit Error Rate
37%
Non-Orthogonal Multiple Access
29%
Multiple-Input Multiple-Output
19%
Antenna Arrays
19%
Successive Interference Cancellation
17%
Light Source
14%
Power Allocation
14%
Multipath Channel
13%
Carrier Frequency
12%
Unmanned Aerial Vehicle
12%
Channel Impulse Response
12%
Free Space
11%
Multiple Access
11%
Wireless Communication
9%
Path Loss
9%
Frequency Domain
9%
Peak-to-Average Power Ratio
8%
Subcarrier
8%
Cooperative
8%
Channel Model
8%
Channel Modeling
8%
Sampling Technique
8%
Full-Duplex
8%
Simulation Result
7%
Domain Equalization
7%
Signal Attenuation
7%
Interference Cancellation
7%
Graphics Processing Unit
7%
Transceiver
7%
Cooperative Diversity
7%
Channel Condition
7%
Error Rate
7%
Signal Power
7%
Communication Channel
6%
Infrastructure
6%
Modulation Scheme
6%
Light-Emitting Diode
5%
Spatial Correlation
5%
Tasks
5%
Link Adaptation
5%
Received Signal Strength
5%
Modulation Order
5%
Frequency-Division Multiplexing
5%
Modulation Frequency
5%
Keyphrases
Visible Light Communication System
34%
Visible Light Communication
34%
Non-orthogonal multiple Access
19%
Numerical Results
18%
Time-shifted
18%
Indoor Visible Light Communication
13%
Multipath Diversity
12%
Orthogonal Frequency Division multiplexing
12%
Relay-assisted
11%
Repeater
11%
Bit Error Rate
11%
Multipath Channels
10%
Light Source
10%
Power Allocation
10%
Antenna Array
9%
Successive Interference Cancellation
9%
Transmitter
9%
Multiple Access Network
8%
Vehicular Ad Hoc Networks
8%
Spatially Correlated
7%
Multiple-input multiple-output
7%
Interference Suppression
7%
Adaptive Orthogonal Frequency Division multiplexing
7%
SC-FDE
7%
Delay Tolerant Networks
7%
Underwater Visible Light Communication (UWVLC)
7%
60 GHz Propagation
7%
Propagation Measurements
7%
UAV
7%
Received Signal
7%
Amplify-and-forward
7%
Bit Error Rate Performance
6%
Multiple Transmitters
6%
Uplink
6%
Weather Conditions
5%
Vehicle-to-vehicle
5%
Spatial Fading Correlation
5%
Subcarrier
5%
Channel Condition
5%
OFDM Transmission
5%
DCO-OFDM
5%
Illumination Constraint
5%
Communication Systems
5%
