|
mimo communication |
5 |
|
6g communications |
4 |
|
6g mobile communication |
4 |
|
baseband |
4 |
|
baseband processing |
4 |
|
computational modeling |
4 |
|
discrete fourier transforms |
4 |
|
in memory computing |
4 |
|
mimo-ofdm |
4 |
|
ofdm |
4 |
|
program processors |
4 |
|
resistive switching memory |
4 |
|
symbols |
4 |
|
federated learning |
3 |
|
optimization |
3 |
|
quantization (signal) |
3 |
|
resource management |
3 |
|
training |
3 |
|
wireless power transfer |
3 |
|
achievable rate region |
2 |
|
artificial intelli-gence |
2 |
|
bandwidth |
2 |
|
beamforming design |
2 |
|
bit-width scalable network |
2 |
|
cache-enabled wireless networks |
2 |
|
cellular networks |
2 |
|
channel allocation |
2 |
|
content delivery |
2 |
|
data acquisition |
2 |
|
degradation |
2 |
|
edge ai |
2 |
|
edge computing |
2 |
|
edge machine learning |
2 |
|
energy consumption |
2 |
|
energy harvesting |
2 |
|
federated edge learning |
2 |
|
hardware |
2 |
|
heterogeneous cellular networks |
2 |
|
internet-of-things |
2 |
|
layered coding |
2 |
|
mobile relay |
2 |
|
multi-objective optimization |
2 |
|
neural networks |
2 |
|
nonlinear energy harvesting model |
2 |
|
powercast p2110 |
2 |
|
progressive transmsision |
2 |
|
quantization-aware training |
2 |
|
renewable energy sources |
2 |
|
retransmission |
2 |
|
semantic communication |
2 |
|
stochastic geometry |
2 |
|
stochastic processes |
2 |
|
two-way relay channel (twrc) |
2 |
|
unmanned ground vehicle (ugv) |
2 |
|
wireless power transfer (wpt) |
2 |
|
5g mobile communication |
1 |
|
5g networks |
1 |
|
5g nr systems |
1 |
|
achievable rate |
1 |
|
ad hoc networks |
1 |
|
adaptive arrays |
1 |
|
adaptive modulation and coding |
1 |
|
amplitude-modulated pulses (amp) |
1 |
|
analog beamforming |
1 |
|
analog spatial cancellation |
1 |
|
antenna arrays |
1 |
|
approximation theory |
1 |
|
array signal processing |
1 |
|
artificial intelligence |
1 |
|
atmospheric modeling |
1 |
|
autonomous vehicles |
1 |
|
backscatter communication |
1 |
|
backscatter communications |
1 |
|
base stations |
1 |
|
base-station spatial interdependence |
1 |
|
bayesian network |
1 |
|
beam management |
1 |
|
beamforming |
1 |
|
beyond 5g |
1 |
|
bit rate |
1 |
|
broadband communication |
1 |
|
broadcast channels |
1 |
|
cache hit ratio |
1 |
|
cache-assisted interference cancellation |
1 |
|
cache-enabled network |
1 |
|
caching |
1 |
|
caching scheme |
1 |
|
channel estimation |
1 |
|
clocks |
1 |
|
closed-loop solutions |
1 |
|
cloud computing |
1 |
|
clustered networks |
1 |
|
clustering algorithms |
1 |
|
cognitive radio |
1 |
|
collaboration |
1 |
|
computation offloading |
1 |
|
content caching |
1 |
|
continuous phase modulation (cpm) |
1 |
|
convergence |
1 |
|
cooperative communication |
1 |
|
cooperative systems |
1 |
|
correlation |
1 |
|
cost function |
1 |
|
coverage |
1 |
|
data aggregation |
1 |
|
data models |
1 |
|
degrees of freedom |
1 |
|
detectors |
1 |
|
device-to-device communication |
1 |
|
device-to-device communications |
1 |
|
digital modulation |
1 |
|
directional characterization |
1 |
|
distortion |
1 |
|
distributed databases |
1 |
|
doppler effect |
1 |
|
downlink |
1 |
|
ds-cdma |
1 |
|
dynamic programming |
1 |
|
encoding |
1 |
|
energy cooperation |
1 |
|
energy efficiency |
1 |
|
energy efficient computing |
1 |
|
energy harvesting communications |
1 |
|
energy-efficient computing |
1 |
|
energy–efficiency |
1 |
|
equalizers |
1 |
|
fading channels |
1 |
|
fasteners |
1 |
|
fats |
1 |
|
feedback communication |
1 |
|
feedback communications |
1 |
|
fog computing |
1 |
|
geometry-based stochastic models |
1 |
|
global positioning system |
1 |
|
gradient methods |
1 |
|
green computing |
1 |
|
helper-assisted computing |
1 |
|
human mobility |
1 |
|
hybrid beamforming |
1 |
|
interference |
1 |
|
interference cancellation |
1 |
|
interference channels |
1 |
|
interference correlation |
1 |
|
interference modeling |
1 |
|
interference network |
1 |
|
interference suppression |
1 |
|
interfering broadcast channels |
1 |
|
internet of things |
1 |
|
joint success probability |
1 |
|
labeling |
1 |
|
laser radar |
1 |
|
learning (artificial intelligence) |
1 |
|
limited feedback |
1 |
|
linear multiuser mimo and transmit csi for adapting beamforming |
1 |
|
linear multiuser mimo technique - coordinated beamforming |
1 |
|
live prefetching |
1 |
|
load modeling |
1 |
|
long term evolution |
1 |
|
machine learning |
1 |
|
manifolds |
1 |
|
markov processes |
1 |
|
massive mimo |
1 |
|
medium access control |
1 |
|
millimeter-wave |
1 |
|
millimeter-wave networks |
1 |
|
mimo |
1 |
|
mimo technologies for wimax systems - present and future |
1 |
|
mobile ad hoc networks |
1 |
|
mobile cloud computing |
1 |
|
mobile communication |
1 |
|
mobile communications |
1 |
|
mobile computation offloading |
1 |
|
mobile cooperative computing |
1 |
|
mobile edge computing |
1 |
|
mobile handsets |
1 |
|
mobile radio |
1 |
|
mobile-edge computing |
1 |
|
modulation |
1 |
|
multi-access edge computing |
1 |
|
multi-antenna system |
1 |
|
multiantenna systems |
1 |
|
multicast communication |
1 |
|
multipath fading channel |
1 |
|
multiple access |
1 |
|
multiple access channels |
1 |
|
multiple access interference |
1 |
|
multiple antenna systems |
1 |
|
multiple input multiple output (mimo) technology |
1 |
|
multiple-access technique |
1 |
|
multiple-access-interference |
1 |
|
multiple-input multiple-output (mimo) |
1 |
|
multiuser channels |
1 |
|
network connectivity |
1 |
|
network coverage |
1 |
|
noise reduction |
1 |
|
open-loop single-user mimo transmission technologies |
1 |
|
opportunistic relay |
1 |
|
optimal scheduling |
1 |
|
over-the-air computation |
1 |
|
packet loss rate |
1 |
|
parallel computing |
1 |
|
parallel processing |
1 |
|
physical layer |
1 |
|
physical-layer security |
1 |
|
poisson point process |
1 |
|
poisson processes |
1 |
|
power control |
1 |
|
power demand |
1 |
|
power system reliability |
1 |
|
power transmission |
1 |
|
predictive models |
1 |
|
prefetching gain |
1 |
|
processor scheduling |
1 |
|
pt-it near-far problem |
1 |
|
quality of experience |
1 |
|
quality of service (qos) |
1 |
|
quantisation (signal) |
1 |
|
quantization |
1 |
|
queueing |
1 |
|
queueing analysis |
1 |
|
radar |
1 |
|
radio access networks |
1 |
|
rake receiver |
1 |
|
random access |
1 |
|
random lattice |
1 |
|
random relay selection |
1 |
|
rayleigh channels |
1 |
|
receiving antennas |
1 |
|
reinforcement learning |
1 |
|
relay cooperation |
1 |
|
reliability |
1 |
|
resource allocation |
1 |
|
scheduling |
1 |
|
secrecy capacity |
1 |
|
secrecy outage |
1 |
|
secrecy pressure |
1 |
|
security of wireless communications |
1 |
|
sensor systems |
1 |
|
sensors |
1 |
|
servers |
1 |
|
shot noise ratio |
1 |
|
signal processing algorithms |
1 |
|
signal to noise ratio |
1 |
|
simultaneous wireless information and energy transfer |
1 |
|
single-user mimo techniques |
1 |
|
snr-energy tradeoff |
1 |
|
sociology |
1 |
|
space division multiplexing |
1 |
|
spatial reuse |
1 |
|
spectrum sharing |
1 |
|
spread-spectrum communication |
1 |
|
statistical inference |
1 |
|
stochastic optimal control |
1 |
|
stochastic optimization |
1 |
|
streaming media |
1 |
|
support vector machines |
1 |
|
synchronization |
1 |
|
task analysis |
1 |
|
task-level prediction |
1 |
|
threshold-based structure |
1 |
|
throughput |
1 |
|
time series analysis |
1 |
|
time-varying channels |
1 |
|
top–k query |
1 |
|
transmitters |
1 |
|
transmitting antennas |
1 |
|
tv |
1 |
|
uncertainty |
1 |
|
uplink |
1 |
|
vector quantization |
1 |
|
vehicular and wireless technologies |
1 |
|
virtual machining |
1 |
|
virtualization |
1 |
|
wake–up receiver |
1 |
|
waveform design |
1 |
|
wireless communication |
1 |
|
wireless energy transfer |
1 |
|
wireless networks |
1 |
|
wireless powered communications |
1 |
|
wireless propagation |
1 |
|
wireless sensor network |
1 |
|
wireless sensor networks |
1 |
|
zero-forcing beamforming (zfbf) |
1 |
