About Zhengying Lou Zhengying Lou Ph.D. Student, Electrical and Computer Engineering UAV communications Articles Related News June 2025 KAUST CTL researchers shine in IEEE ICC 4MT competition! 2 min read · Sun, Jun 22 2025 News Salah Abdeljabar, Zhengying Lou, and Abdullah Abu Zaid, all PhD candidates in the Communication Theory Lab (CTL) research group at KAUST secured top honors in the IEEE International Conference on Communications (ICC) Four Minute Thesis (4MT) Competition. The competition, organized by the IEEE Communications Society (ComSoc), challenges PhD students to present their research to a non-specialist audience in just four minutes. Salah Abdeljabar won second place for his project titled " Super-LoRa: Enhancing LoRa Throughput via Payload Superposition,"while Zhengying Lou and Abdullah Abu Zaid both October 2021 Airborne antennas to address electro-magnetic fields exposure concerns 1 min read · Sun, Oct 3 2021 News communications human health electrical engineering Movable airborne antennas receiving cellphone signals could reduce EMF exposure while offering higher data transmission speed and using less power. August 2021 Meet KAUST new student: Zhengying Lou 1 min read · Mon, Aug 16 2021 News Unmanned aerial vehicles UAVs Zhengying Lou is a communication engineering graduate who joined KAUST from the University of Electronic Science and Technology of China. Zhengying first came to KAUST in June 2020 as a visiting student and was instantly impressed by the university’s high academic standards and convenient living environment. Reducing electromagnetic field (EMF) exposure using tethered "green" UAVs 1 min read · Mon, Aug 9 2021 News The ongoing deployment of the fifth-generation cellular network (5G) has attracted wide attention and controversy from researchers and non-specialists. Attitudes toward 5G and beyond are quite different that some even regard these new technologies as threats. Although the improvements from the communications perspective are apparent and recognized by the public, the dense deployment of next-generation Node-B base stations (gNBs) over the territory generally generates a sentiment of suspect and fear. A prevalent theory circulating among the nonscientific community is that the intensive
KAUST CTL researchers shine in IEEE ICC 4MT competition! 2 min read · Sun, Jun 22 2025 News Salah Abdeljabar, Zhengying Lou, and Abdullah Abu Zaid, all PhD candidates in the Communication Theory Lab (CTL) research group at KAUST secured top honors in the IEEE International Conference on Communications (ICC) Four Minute Thesis (4MT) Competition. The competition, organized by the IEEE Communications Society (ComSoc), challenges PhD students to present their research to a non-specialist audience in just four minutes. Salah Abdeljabar won second place for his project titled " Super-LoRa: Enhancing LoRa Throughput via Payload Superposition,"while Zhengying Lou and Abdullah Abu Zaid both
Airborne antennas to address electro-magnetic fields exposure concerns 1 min read · Sun, Oct 3 2021 News communications human health electrical engineering Movable airborne antennas receiving cellphone signals could reduce EMF exposure while offering higher data transmission speed and using less power.
Meet KAUST new student: Zhengying Lou 1 min read · Mon, Aug 16 2021 News Unmanned aerial vehicles UAVs Zhengying Lou is a communication engineering graduate who joined KAUST from the University of Electronic Science and Technology of China. Zhengying first came to KAUST in June 2020 as a visiting student and was instantly impressed by the university’s high academic standards and convenient living environment.
Reducing electromagnetic field (EMF) exposure using tethered "green" UAVs 1 min read · Mon, Aug 9 2021 News The ongoing deployment of the fifth-generation cellular network (5G) has attracted wide attention and controversy from researchers and non-specialists. Attitudes toward 5G and beyond are quite different that some even regard these new technologies as threats. Although the improvements from the communications perspective are apparent and recognized by the public, the dense deployment of next-generation Node-B base stations (gNBs) over the territory generally generates a sentiment of suspect and fear. A prevalent theory circulating among the nonscientific community is that the intensive
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