INIS
antennas
100%
applications
100%
synthesis
100%
beams
55%
levels
44%
design
38%
interference
38%
hybrids
33%
processing
33%
cooling
27%
topology
27%
control
22%
power
22%
cost
22%
signals
22%
management
16%
suppression
16%
optimization
16%
modeling
16%
substrates
11%
efficiency
11%
minimization
11%
simulation
11%
implementation
11%
amplitudes
11%
comparative evaluations
11%
architecture
11%
algorithms
11%
increasing
5%
trade
5%
operation
5%
wavelengths
5%
gain
5%
wave propagation
5%
budgets
5%
heat
5%
capacity
5%
energy
5%
electromagnetism
5%
azimuth
5%
low temperature
5%
perturbations
5%
reduction
5%
matrices
5%
communities
5%
spectra
5%
dimensions
5%
bridges
5%
range
5%
evaluation
5%
connections
5%
power amplifiers
5%
sunflowers
5%
reliability
5%
space
5%
peaks
5%
density
5%
thermal conductivity
5%
yields
5%
investigations
5%
assessments
5%
performance
5%
packaging
5%
elevation
5%
radiations
5%
solutions
5%
size
5%
radiative cooling
5%
periodicity
5%
constraints
5%
iterative methods
5%
Engineering
Beamforming
100%
Antenna
100%
Side Lobe
75%
Design
58%
Quality of Service
50%
Basestation
41%
Front End
25%
Optimization
16%
Heatsinks
16%
Thermal System
16%
Signal Processing
16%
Beam Forming
16%
Base Station Antenna
16%
Antenna System
16%
Fields
16%
Combines
16%
Minimization
16%
Substrates
16%
Elements
16%
Energy Requirement
8%
Beam Width
8%
Radiation Pattern
8%
Models
8%
Implementation Complexity
8%
Safe Operation
8%
Spatial Multiplexing
8%
Mutual Interference
8%
Optimization Strategy
8%
Simplifies
8%
Frequency Band
8%
Electronics
8%
Propagation Channel
8%
Simple Beam
8%
Digital Signal Processing
8%
Digital Signal Processing Algorithm
8%
Wavelength
8%
Low Level
8%
Interference Level
8%
Processing
8%
Mobile Communication
8%
Processing Cost
8%
Media Access Control
8%
Low Thermal Conductivity
8%
Angular Coverage
8%
Density
8%
Broad Range
8%
High Efficiency
8%
Reliable Operation
8%
Thermal Problem
8%
Driven System
8%
Multiuser
8%
Model System
8%
Equalisation
8%
Link Budget
8%
Ground Plane
8%
Multipath Component
8%
Complexity Reduction
8%
Low-Temperature
8%