About Yingquan Li Yingquan Li Ph.D., Electrical and Computer Engineering Wireless localization Articles Related News July 2023 A new fast cooperative algorithm enhances target localization technique in wireless sensor networks 1 min read · Sun, Jul 23 2023 News Wireless localization Signal processing convex optimization Recently, a team of researchers from KAUST, including Yingquan Li, Bodhibrata Mukhopadhyay, and Mohamed-Slim Alouini, introduced a new cooperative localization technique that increases localization efficiency in wireless sensor networks. Known as FCUP (Fast Cooperative localization technique with Unknown transmit Power), this innovation contributes to tackling the longstanding challenge of localization without knowledge of transmitting power. FCUP offers an advanced solution to the problem of estimating the location and transmit power of nodes in real time. "FCUP represents a novel leap September 2022 Yingquan Li won the runner-up prize in the EUSIPCO 2022 3MT Contest 1 min read · Thu, Sep 1 2022 News Yingquan Li, PhD student in the Communication Theory Lab (CTL), participated in the EUSIPCO 2022 3MT Contest on August 30, 2022, in Belgrade, Serbia. The 3MT Contest requires the candidates to give a 3-minute presentation on their PhD research during the annual EUSIPCO conference. With a speech entitled "mm-Wave Radar-Based Indoor and Outdoor Parking Monitoring and Management", Yingquan Li won the runner-up prize. August 2020 Meet KAUST prospective student: Yingquan Li 2 min read · Tue, Aug 11 2020 News Optical wireless communications Signal processing Yingquan Li, 21, is an electrical engineering graduate who will join KAUST in the fall of 2020. He will join KAUST as a M.S./Ph.D. candidate in the KAUST Communication Theory Lab under the supervision of Professor Mohamed-Slim Alouini. An initial reference from a supervisor spurred his interest in joining KAUST, which resulted in a visiting student opportunity at KAUST. During his internship, Li was amazed by the facilities and research standard found on campus. It was this combination of impressive factors that inspired him to continue his academic career at the University. Authored News November 2024 KAUST-CTL researchers awarded IEEE Honorary Mention in 2024 Communication Society Student Competition 1 min read · Sat, Nov 9 2024 Two innovative projects from King Abdullah University of Science and Technology (KAUST), led by PhD candidate Yingquan Li and his collaborators, have received Honorary Mentions in the IEEE Communications Society (ComSoc) Student Competition. The projects, aimed at enhancing disaster rescue operations and improving communication for Red Sea fishermen, were selected among the top 16 out of 93 international submissions. This achievement underscores KAUST’s commitment to advancing research that addresses societal needs through technology. Project 1: Development of a GPS-independent Localization June 2024 Development of a GPS-free localization system for disaster rescue 1 min read · Sun, Jun 23 2024 Wireless Communications Signal processing disaster management Environmental disasters continue to present significant challenges to human society, causing millions of deaths annually. In response to this pressing issue, a research team from the Communication Theory Lab (CTL) at King Abdullah University of Science and Technology (KAUST) has studied in leveraging wireless localization techniques to aid in disaster rescue efforts. Led by Prof. Mohamed-Slim Alouini, the CTL team, including Yingquan Li and Dr. Bodhibrata Mukhopadhyay, has developed a progressive study titled "Development of a GPS-free Localization System for Disaster Rescue." This innovative
A new fast cooperative algorithm enhances target localization technique in wireless sensor networks 1 min read · Sun, Jul 23 2023 News Wireless localization Signal processing convex optimization Recently, a team of researchers from KAUST, including Yingquan Li, Bodhibrata Mukhopadhyay, and Mohamed-Slim Alouini, introduced a new cooperative localization technique that increases localization efficiency in wireless sensor networks. Known as FCUP (Fast Cooperative localization technique with Unknown transmit Power), this innovation contributes to tackling the longstanding challenge of localization without knowledge of transmitting power. FCUP offers an advanced solution to the problem of estimating the location and transmit power of nodes in real time. "FCUP represents a novel leap
Yingquan Li won the runner-up prize in the EUSIPCO 2022 3MT Contest 1 min read · Thu, Sep 1 2022 News Yingquan Li, PhD student in the Communication Theory Lab (CTL), participated in the EUSIPCO 2022 3MT Contest on August 30, 2022, in Belgrade, Serbia. The 3MT Contest requires the candidates to give a 3-minute presentation on their PhD research during the annual EUSIPCO conference. With a speech entitled "mm-Wave Radar-Based Indoor and Outdoor Parking Monitoring and Management", Yingquan Li won the runner-up prize.
Meet KAUST prospective student: Yingquan Li 2 min read · Tue, Aug 11 2020 News Optical wireless communications Signal processing Yingquan Li, 21, is an electrical engineering graduate who will join KAUST in the fall of 2020. He will join KAUST as a M.S./Ph.D. candidate in the KAUST Communication Theory Lab under the supervision of Professor Mohamed-Slim Alouini. An initial reference from a supervisor spurred his interest in joining KAUST, which resulted in a visiting student opportunity at KAUST. During his internship, Li was amazed by the facilities and research standard found on campus. It was this combination of impressive factors that inspired him to continue his academic career at the University.
KAUST-CTL researchers awarded IEEE Honorary Mention in 2024 Communication Society Student Competition 1 min read · Sat, Nov 9 2024 Two innovative projects from King Abdullah University of Science and Technology (KAUST), led by PhD candidate Yingquan Li and his collaborators, have received Honorary Mentions in the IEEE Communications Society (ComSoc) Student Competition. The projects, aimed at enhancing disaster rescue operations and improving communication for Red Sea fishermen, were selected among the top 16 out of 93 international submissions. This achievement underscores KAUST’s commitment to advancing research that addresses societal needs through technology. Project 1: Development of a GPS-independent Localization
Development of a GPS-free localization system for disaster rescue 1 min read · Sun, Jun 23 2024 Wireless Communications Signal processing disaster management Environmental disasters continue to present significant challenges to human society, causing millions of deaths annually. In response to this pressing issue, a research team from the Communication Theory Lab (CTL) at King Abdullah University of Science and Technology (KAUST) has studied in leveraging wireless localization techniques to aid in disaster rescue efforts. Led by Prof. Mohamed-Slim Alouini, the CTL team, including Yingquan Li and Dr. Bodhibrata Mukhopadhyay, has developed a progressive study titled "Development of a GPS-free Localization System for Disaster Rescue." This innovative
Related Sites Electrical and Computer Engineering (ECE) Communication Theory Lab (CTL) Related Content Articles 5 Events 1 Related Links LinkedIn Google Scholar KAUST Repository Personal Website
