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research [2020/11/25 10:43]
lingjialiu [National Science Foundation (NSF)]
research [2020/11/25 15:09] (current)
lingjialiu [Research Overview:]
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 Lingjia Liu has opportunities to work on both fundamental research through [[http://​nsf.gov|National Science Foundation]],​ [[http://​www.wpafb.af.mil/​afrl/​afosr/​|U.S. Air Force Office of Scientific Research]], and [[http://​www.wpafb.af.mil/​AFRL/​|U.S. Air Force Research Laboratory]] funded projects and applied research through making contributions to **4G** cellular standards (3GPP LTE/​LTE-Advanced and //IEEE 802.16m//). This unique experience allows him to be able to identify and solve problems that have both theoretical significance and practical importance.\\ ​ Lingjia Liu has opportunities to work on both fundamental research through [[http://​nsf.gov|National Science Foundation]],​ [[http://​www.wpafb.af.mil/​afrl/​afosr/​|U.S. Air Force Office of Scientific Research]], and [[http://​www.wpafb.af.mil/​AFRL/​|U.S. Air Force Research Laboratory]] funded projects and applied research through making contributions to **4G** cellular standards (3GPP LTE/​LTE-Advanced and //IEEE 802.16m//). This unique experience allows him to be able to identify and solve problems that have both theoretical significance and practical importance.\\ ​
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-In general, Lingjia Liu conducts research in probability theory, queueing theory, information theory, signal processing, and in their applications to wireless communication systems and networks. His current research focuses on inter-cell interference management, delay-sensitive communications over wireless networks, energy-efficient wireless communication,​ and enabling technologies for **5G**/​**6G** networks. Currently, his research is sponsored by [[http://​www.wpafb.af.mil/​afrl/​afosr/​|Air Force Office of Scientific Research]], [[http://​www.wpafb.af.mil/​afrl/​ri/​|Air Force Research Laboratory]],​ [[http://​nsf.gov|National Science Foundation]],​ [[https://​www.nationalspectrumconsortium.org/​|National Spectrum Consortium]],​ [[http://​www.interdigital.com/​|InterDigital]],​ and [[http://​www.sra.samsung.com/​research/​standards-and-5g-mobility|Samsung Research America]]. His research efforts have been supported in part by over **$50 M** in research funding, with Lingjia Liu serving as the **principal investigator (PI)** on over **$M** federal grants.+In general, Lingjia Liu conducts research in probability theory, queueing theory, information theory, signal processing, and in their applications to wireless communication systems and networks. His current research focuses on inter-cell interference management, delay-sensitive communications over wireless networks, energy-efficient wireless communication,​ and enabling technologies for **5G**/​**6G** networks. Currently, his research is sponsored by [[http://​www.wpafb.af.mil/​afrl/​afosr/​|Air Force Office of Scientific Research]], [[http://​www.wpafb.af.mil/​afrl/​ri/​|Air Force Research Laboratory]],​ [[http://​nsf.gov|National Science Foundation]],​ [[https://​www.nationalspectrumconsortium.org/​|National Spectrum Consortium]],​ [[http://​www.interdigital.com/​|InterDigital]],​ and [[http://​www.sra.samsung.com/​research/​standards-and-5g-mobility|Samsung Research America]]. His research efforts have been supported in part by over **$70 M** in research funding, with Lingjia Liu serving as the **principal investigator (PI)** on over **$M** federal grants.
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   * [[Hybrid|NSF/​ECCS-1802710:​ Delay-Sensitive Hybrid Broadcast/​Unicast Traffic over Heterogeneous Cellular Networks]], **Sole PI** from the leading institution,​ 08/​10/​2017-05/​31/​2021.   * [[Hybrid|NSF/​ECCS-1802710:​ Delay-Sensitive Hybrid Broadcast/​Unicast Traffic over Heterogeneous Cellular Networks]], **Sole PI** from the leading institution,​ 08/​10/​2017-05/​31/​2021.
  
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   * [[RTML|NSF/​CCF-1937487:​ RTML: Small: Achieving Real-Time and Energy-efficient Computing for 5G Networks (ARTEN): A Deep Reservoir Computing Approach]], **Co-PI**, 10/​01/​2019-09/​30/​2022.   * [[RTML|NSF/​CCF-1937487:​ RTML: Small: Achieving Real-Time and Energy-efficient Computing for 5G Networks (ARTEN): A Deep Reservoir Computing Approach]], **Co-PI**, 10/​01/​2019-09/​30/​2022.
  
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 ====== Completed Research Projects ====== ====== Completed Research Projects ======
-<WRAP justify>+
  
  
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 ===== University of Kansas Center for Research ===== ===== University of Kansas Center for Research =====
  
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 {{:​ku.png?​200|}} {{:​ku.png?​200|}}
  
research.1606318980.txt.gz ยท Last modified: 2020/11/25 10:43 by lingjialiu