Biography:
Farah Arabian started her Ph.D. degree program in electrical engineering at BYU in Fall 2017. Her research spans the areas of signal processing and digital communications in wireless environments such as cellular networks—specifically the fifth generation of mobile systems—and telemetry applications. She graduated with her Master's degree in Information and Telecommunications Technology from Tehran Polytechnic in 2013. She worked as an UMTS/LTE RF planning and optimization engineer in Huawei and Nokia for four years. She enjoys roller skating, figure skating, any outdoor activities, and happiness spreading.
Research Interests:
Farah's research interests include digital communication, wireless and mobile networks, 5G, and signal processing.
Projects:
Multipath mitigation in 5G networks by polarization diversity, equalization and combining techniques.
Publications
F. Arabian, M. Rice, "On the Performance of Filter Based Equalizers for 16APSK in Aeronautical Telemetry Environment," International Telemetering Conference Proceedings, 2018.
F. Arabian, W. Harrison, C. Josephson, M. Rice and E. Perrins, "On Peak-to-Average Power Ratio Optimization for Coded APSK," 2018 15th International Symposium on Wireless Communication Systems (ISWCS), Lisbon, 2018, pp. 1-6.
doi: 10.1109/ISWCS.2018.8491087