Li Quanlin, doctor, professor and doctoral supervisor. 1998 received a doctorate from the Institute of Applied Mathematics, China Academy of Sciences; 1998 1 to 1999 1 was a postdoctoral fellow at the Institute of Automation, China Academy of Sciences; 1From July 1999 to February 2003, 65438 worked as an associate researcher in the State Key Laboratory of Pattern Recognition, Institute of Automation, China Academy of Sciences; From February 2003 to February 2009, he served as an associate professor in the Department of Industrial Engineering of Tsinghua University. From June 2009 to June 2009 10, he was a professor and doctoral supervisor in the School of Economics and Management of Yanshan University.
Chinese name: Li Quanlin.
Mbth: Quan Linli
Nationality: China.
Place of Birth: Yuxian County, Hebei Province
Date of birth: 1964 65438+ February
Occupation: teacher
Graduate school: Institute of Applied Mathematics, China Academy of Sciences.
Main results: RG- decomposition method of stochastic model.
Nonlinear Markov processes of large-scale networks
Black hole effect of complex economic network
Masterpiece: structural calculation instochasticmodelswithapplications application: thermal decomposition
outline
1995 was admitted to the institute of applied mathematics of China academy of sciences, and 1998+0 received his doctorate; Then he entered the Institute of Automation, Chinese Academy of Sciences for postdoctoral research, and left the station in July 1999. 1From July 1999 to February 2003, 65438 worked as an associate researcher in the State Key Laboratory of Pattern Recognition, Institute of Automation, China Academy of Sciences; From February 2003 to February 2009, he served as an associate professor in the Department of Industrial Engineering of Tsinghua University. From June 2009 to June 2009 10, he was a professor and doctoral supervisor in the School of Economics and Management of Yanshan University.
1Since September, 1999, he has been engaged in the work of stochastic model, stochastic process, game theory, queuing theory, computer network, network security, network resource management, network information theory, supermarket model and load distribution model in foreign universities such as University of Winnipeg, Carleton University, Hong Kong University, Hong Kong University of Science and Technology, Chinese University of Hong Kong, etc. Cooperate in RFID technology, Internet of Things, big data, cloud computing, data center network, manufacturing system, medical service system, bicycle (electric vehicle) sharing system and supply chain management.
achievement
In theoretical research, UDL- and LDU -RG- decompositions of Markov processes, Markov reward processes, markov decision processes and evolutionary games are constructed, and RG- decompositions of stochastic models are proposed, which systematically develops the main basic theories of RG- decompositions of stochastic models. RG- decomposition method is used to solve some important random application systems (such as * * * queue, retry queue, fluid queue and discrete queue; Computer network and network security; Manufacturing system, medical service system, bicycle enjoyment system, supply chain management, etc. ), provide an effective calculation method for large-scale stochastic models, and develop the corresponding numerical calculation and analysis platform. The basic achievement of this research work was published by Springer on 20 10, and the monograph was "Model and Application of Constructive Computing Research Institute: RG- Factorization".
In recent years, RG- decomposition method based on stochastic model has carried out systematic research work in the field of large-scale network (resource management) and made key theoretical progress, including mean field theory of large-scale network, nonlinear Markov process, network information entropy, multi-stable domain and cross-domain transformation, black hole effect and resource consumption, white hole effect and resource emergence. From the application point of view, this paper studies the supermarket model, load distribution model, bicycle (electric vehicle) * * * enjoyment system, medical service system, cooperative game, network game and other issues.
Published more than 50 SCI academic papers in important international academic journals; He has served as a member (chairman) of academic committees of important international academic conferences such as queuing theory, stochastic model and applied probability for many times; In 2004, he won the first prize of the National Science and Technology Award (Natural Science) nominated by the Ministry of Education, the second prize of Beijing Science and Technology (Natural Science) in 2007, the excellent course of Beijing in 2008, the leading talent of science and technology in colleges and universities in Hebei Province in 20 13, and the second prize of Hebei Science and Technology (Natural Science) in 20 14.
In recent years, the National Natural Science Foundation is responsible for
General Project of National Natural Science Foundation: Study on Black Hole Effect, Multi-stable Region and Network Resource Loss Assessment of Large-scale Networks, 206438+07.438+0—2020.382+02.
General Project of National Natural Science Foundation: Nonlinear Markov Process and Superexponential Structure of Supermarket Network under Real-time Queuing Control, 2015.05438+0-2018.6438+02.
General Project of National Natural Science Foundation: Research on Stochastic Load Balancing Strategy and Supermarket Model of Large Parallel Queuing Network, 2013.05438+0-2016.438+02.
General Project of National Natural Science Foundation: Research on Multi-layer Approximation Method of Self-similar Network Performance Model, 2009+0—205438+05438+0.5438+02.
General Project of National Natural Science Foundation of China: Stochastic Model in Network Security and Key Technologies of Performance Evaluation, 2007+0—2009+02.