Engineering
Massive MIMO
100%
Precoders
75%
Multiuser
58%
Performance Analysis
58%
Gaussians
58%
Peak-to-Average Power Ratio
50%
Least Square
50%
Bit Error Rate
50%
Antenna
50%
Max
33%
Closed Form Solution
25%
Control Parameter
25%
Convex Problem
25%
Computer Simulation
25%
Power Control
25%
Power Amplifier
25%
Supports
25%
Dynamic Range
25%
Bit Error
16%
Empirical Distribution
16%
Mathematics
Convex Programming
50%
Asymptotics
50%
Gaussian Distribution
50%
Objective Function
50%
Error Rate
50%
Bit Error
50%
Time Difference
50%
Massive MIMO
50%
Maximum Likelihood
50%
Least Square
50%
Numerical Simulation
25%
Min-Max
25%
Convex Problem
25%
Control Parameter
25%
Closed Form Solution
25%
Dynamic Range
25%
Number
10%
Minimizes
10%
Convex Hull
10%
Maximum Likelihood Estimator
10%
Source Location
10%
Convex Function
10%
Stationary Point
10%
Maximum Likelihood Method
10%
Computer Science
Convex Programming
50%
Massive MIMO
50%
maximum-likelihood
50%
localization algorithm
50%
precoding
50%
Least Squares Methods
50%
Performance Analysis
50%
Objective Function
50%
Time Difference
50%
Gaussian Channel
25%
Control Parameter
25%
Power Amplifier
25%
Numerical Simulation
25%
Convex Optimization
10%
Convex Relaxation
10%
Approximation (Algorithm)
10%
Popular Approach
10%
Convex Function
10%
Process Optimization
10%
Optimization Task
10%
Iterative Algorithm
10%
crame rao low bound
10%
Maximum Likelihood Method
10%
Localization Problem
10%
Stationary Point
10%
Source Location
10%
Performance Loss
10%
