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Fawad Ahmad
Affiliation
SSSA, TeCIP Institute, Pisa, Italy
Topic
Carrier Frequency,Multiple-input Multiple-output,Amplified Spontaneous Emission,Clock Generator,Data Rate,Error Vector Magnitude,Local Oscillator,Mach-Zehnder Modulator,Optical Amplifier,Optical Clocks,Photodetector,Photonic Integrated Circuits,Printed Circuit Board,Quadrature Phase Shift Keying,Radar Cross Section,Silicon Photonics,6G Networks,Additive Noise,Ambiguity Function,Antenna Array,Antenna Geometry,Antenna Position,Antenna Selection,Channel Matrix,Computational Complexity,Continuous Wave,DC Signal,Deep Impact,Deep Learning,Deep Neural Network,Detection Capability,Detection Probability,Digital Beamforming,Digital Signal Processing,Distributed Multiple-input Multiple-output Radar,Efficient System,Energy Efficiency,Exhaustive Search,Exhaustive Search Algorithm,False Discovery Rate,Fitness Function,Free Spectral Range,Frequency Comb,Fusion Procedure,Higher Detection Probability,Hybrid Architecture,Ideal Frequency,Imperfect Channel State Information,Increased Power Consumption,Key Performance Indicators,
Biography
Fawad Ahmad received the bachelor’s degree in electrical engineering from Air University (AU), Islamabad, in 2014, and the master’s degree in electrical engineering from the National University of Computer and Emerging Science (NUCES), Islamabad, in 2021. During master’s degree, his research focused on hybrid precoder design for multi-user millimeter-wave massive MIMO wireless communication systems. His research interests include millimeter-wave communication, machine learning, beamforming, and energy efficiency systems for next 5G wireless systems.