HBKU Provost Office

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Engineering & Materials Science

Beamforming
Wireless networks
Importance sampling
Energy harvesting
Monte Carlo methods
Resource allocation
Fog
Servers
Channel state information
Blueprints
Convolutional codes
Antennas
Internet
Unmanned aerial vehicles (UAV)
Sensors
Millimeter waves
Communication
Computational complexity
Bit error rate
Code division multiple access
Mobile devices
Telecommunication networks
Marketing
Sustainable development
Optical fibers
Reynolds number
Nonlinear programming
Mean square error
Electric power utilization
Communication systems
Scanning
Digital communication systems
Channel estimation
Avalanche photodiodes
Large scale systems
Geometry
Digital computers
Information systems
Computational efficiency
Scheduling
Transmitters
Bandwidth
Base stations
Probability density function
Fiber optics
Decomposition
Program processors
Frequency allocation
Fading channels
Decoding
Network protocols
Monte Carlo simulation
Computer simulation
Substitution reactions
Wave transmission
Turbulent flow
Processing
Deterioration
Learning systems
Industry
Networks (circuits)
Laplace transforms

Mathematics

Beamforming
Wireless Networks
Channel State Information
Power Allocation
Stochastic Geometry
Interference Channel
Energy Harvesting
Importance Sampling
Antenna
Optimal Allocation
Resource Management
Random Matrices
Wireless Communication
Communication Networks
Resource Allocation
Receiver
Simulation
Channel Estimation
Interference
Computing
Mobile Devices
Weighted Sums
Power Consumption
High-dimensional
Computational Complexity
Server
Lagrangian Duality
Transmitter
Minimise
Division
Optimization Problem
Demonstrate
Bandwidth Allocation
Closed-form
Resources
Duality Theory
Random Matrix Theory
Robust Design
Method of multipliers
Systems Analysis
Closed-form Solution
Sparsity
Alternating Direction Method
Decoding
Energy
Time-varying
Prior Information
Framework
Optimal Solution
Update
Model
Maximise
Requirements
Convert
Iteration
Gauss-Seidel Method
Information Rates
Optimal Bandwidth
Scalability
Convolutional Codes
Path
Connectivity
Weight Distribution
Mathematical Analysis
Monte Carlo Techniques
Semidefinite Relaxation
Flexibility
Network Model