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Maria Allayioti
Also published under:Marion Allayioti
Affiliation
Department of Mathematics, University of Southern California, Los Angeles, CA, USA
Topic
3D Printing,5G Networks,5G New Radio,5G Systems,Additive Manufacturing,Additive Manufacturing Techniques,Alcohol Biosensors,Antenna Array,Base Station,Bilinear Form,Blood Alcohol,Cellular Technology,Circular Patch,Conductive Paint,Control Channel,Convergence Hypothesis,Deconvolution,Density Estimation Method,Digital Beamforming,Distribution Of Parameters,Electric Field Strength,Epidermal Layer,Equivalent System,Error Band,Excess Kurtosis,Exponential Stability,Finite Approximation,Finite-dimensional,Frequency Band,GHz Band,GHz Frequency Band,High Data Rate,Individual Models,Internet Of Things,Interstitial Fluid,Joint Pdf,Linear Theory,Liquid Metal,Massive MIMO,Medium Access Control,Medium Access Control Layer,Metallic Vias,Method Of Moments,Mm-wave Frequencies,Mobile Edge Computing,Modulation Of Excitability,Network Coding,Non-parametric Technique,OFF State,Orthogonal Frequency Division Multiple Access,
Biography
Marion Allayioti received the M.Eng. degree in electronic engineering from the University of Surrey in 2013, and the Ph.D. degree in RF engineering from the Institute for Communication Systems 5GIC, University of Surrey, in 2017. In 2017, she joined Inmarsat as an Engineer in operations. Her research interests include beam reconfigurable antennas, polarization reconfigurable antennas, low profile antennas for wireless and mobile communications, and antennas for millimeter wave frequency applications. She received the IEEE Second Year Communications Price in 2011 and The DTI Radio Frequency Engineers Education Initiative Prize in 2012.