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Mehran Abolhasan
Also published under:M. Abolhasan
Affiliation
Radio Frequency and Communication Technologies (RFCT) Research Laboratory, University of Technology Sydney, Ultimo, NSW, Australia
Topic
Internet Of Things,Internet Of Things Devices,Wireless Power Transfer,Simulation Results,Data Rate,Design Procedure,End Devices,Energy Availability,Information Symbols,Information Transfer,Machine Learning,Machine Learning Models,Peak-to-average Power Ratio,Power Transfer,Simultaneous Power,Simultaneous Wireless Information,Simultaneous Wireless Power,Wireless Information Transfer,Wireless Power,Absorbance Ratio,Absorption Efficiency,Absorption Frequency,Access Control,Access Mechanism,Access Network,Access Points,Active Devices,Antenna Design,Base Station,Data Privacy,Data Transmission,Dc Output,Dual-band Antenna,Encrypted Data,Energy Harvesting,Equivalent Circuit,Frequency Components,Harvesting Efficiency,Incident Angle,Internet Of Things Applications,Latency Requirements,Load Current,Metamaterial Absorber,Network Load,Optimization Algorithm,Order Modes,Polar Angle,Power Conversion Efficiency,Radiation Pattern,Radio Access Network,
Biography
Mehran Abolhasan [SM] completed his B.E in computer engineering and Ph.D. in telecommunications on 1999 and 2003, respectively, at the University of Wollongong. He is currently an associate professor and deputy head of the School of Electrical and Data Engineering at UTS. He has authored over 120 international publications and has won over AU$3 million dollars in research funding. His current research interests are in software defined networking, IoT, wireless mesh, wireless body area networks, cooperative networks, 5G networks and beyond, and sensor networks.