Wang Feiyue

Wang Feiyue

Wang Feiyue, male, born in Qingdao, Shandong Province in 1961, is an intelligent system expert, researcher and doctoral supervisor of Institute of automation, Chinese Academy of Sciences, and director of State Key Laboratory of complex system management and control.

Wang Feiyue received a bachelor's degree from Shandong University of Chemical Technology in 1982, a master's degree from Zhejiang University in 1984, and a doctor's degree from rencelier Institute of technology in 1990. After his doctor's degree, he successively served as assistant professor and associate professor at the University of Arizona in the United States. In early 1998, he "introduced overseas outstanding talents" as a national planning committee, and founded in the Institute of automation, Chinese Academy of Sciences in 1999 As the first director of intelligent control and system engineering center, he was supported by National Research Fund for Distinguished Young Scholars in 2001, Dean of School of software, Xi'an Jiaotong University in 2005, deputy director of Institute of automation, Chinese Academy of Sciences in 2006, member of International Federation of automation in 2007, State Key Laboratory of complex system management and control in 2011, and vice president of Institute of automation, Chinese Academy of Sciences in 2006 He was the first director; in 2013, he promoted the co construction of Qingdao Institute of intelligent industry technology and became the first president; in 2014, he won the Norbert Wiener Award; in 2017, he served as an independent director of XCMG; in 2003, 2005, 2007, 2011, 2013, he was elected as an effective candidate by academicians of Chinese Academy of Sciences.

Wang Feiyue's main research field is the modeling, analysis, control and management of intelligent systems and complex systems. He is an internationally renowned scholar in intelligent control and one of the early pioneers in the fields of intelligent robots, unmanned driving, intelligent transportation, etc.

Character experience

Wang Feiyue was born in Qingdao, Shandong Province in 1961, and his ancestral home is Dongyang, Zhejiang Province.

In 1982, he received a bachelor's degree from Shandong University of Chemical Technology (now Qingdao University of science and Technology).

In 1984, he obtained a master's degree in mechanics from Zhejiang University.

In 1990, he received a doctor's degree in computer and system engineering from renssellier Institute of technology. After graduation, he successively served as assistant professor (1990), associate professor (1995) and full professor (1999) at the University of Arizona. In the same period, he successively served as director of robotics and automation laboratory at the University of Arizona (1990).

At the beginning of 1998, Wang Feiyue completed the experiment of intelligent vehicle vista in the desert of Arizona, and made a public demonstration on Phoenix's highway 51. In the same year, he returned to China to work as a national planning committee "introducing outstanding overseas talents".

In 1999, he was director of the center for advanced research on complex systems at the University of Arizona.

In July 1999, Wang Feiyue implemented the matter of returning to China; in the same year, he founded the intelligent control and system engineering center in the Institute of automation, Chinese Academy of Sciences, and served as the first director.

In 2000, under the leadership of Wang Feiyue, the Institute of automation, Chinese Academy of Sciences, Guangdong Kelon Company and the University of Arizona established the Sino US joint intelligent control R & D center.

In 2001, it was supported by the National Research Fund for Distinguished Youth.

In 2002, he served as the director of the Key Laboratory of complex systems and intelligent science of the Chinese Academy of Sciences. In the summer of the same year, in the final evaluation of the 1998 and 1999 "overseas outstanding talents introduction program" of the Chinese Academy of Sciences, the center was rated as excellent, and received the follow-up support of 1 million yuan. At the end of the same year, the intelligent control and systems engineering center was integrated with other laboratories of the Institute of automation, He became the Key Laboratory of complex systems and intelligence science of Chinese Academy of Sciences, and successfully participated in the evaluation of State Key Laboratory.

In 2004, he served as the director of the Sino American Center for advanced research and education at the University of Arizona; in the same year, he founded IEEE intelligent transportation systems; in October of the same year, he was elected chairman of the intelligent transportation system branch of IEEE society of electrical and electronic engineers.

In 2005, he was the dean of School of software, Xi'an Jiaotong University.

In 2006, he served as deputy director of Institute of automation, Chinese Academy of Sciences. In 2006, it was selected into the national "ten million talents project in the new century".

On April 17, 2007, he was elected a member of the International Federation of automatic control. In June, he was an effective academician candidate of the Chinese Academy of Sciences.

In 2011, he founded the State Key Laboratory of complex systems management and control, and served as the first director.

In 2013, Qingdao Institute of intelligent industry technology was jointly established by Institute of automation, Chinese Academy of Sciences, Qingdao high tech Zone Management Committee and Qingdao science and Technology Bureau, and became the first president.

On January 17, 2017, he served as an independent director of XCMG.

Main achievements

Achievements in scientific research

Wang Feiyue devoted himself to the research of intelligent control theory and method, established a set of theory and algorithm system about intelligent control systematically, which has been verified and applied in engineering projects. The research results have been widely used, including large-scale loading and digging vehicle automation, network intelligent control and management of copper quenching, intelligent vehicle and digital highway, Internet-based remote teaching laboratory, embedded automotive electronic platform, urban traffic intelligent control system, intelligent home system and other domestic and foreign scientific research projects, which have solved a series of technical problems, social and economic benefits The economic benefit is remarkable.

Since the 1980s, Wang Feiyue has studied and applied intelligent control, robot, artificial intelligence and complex systems under the guidance of G.N. saridis and r.f. McNaughton, pioneers in the field of robot and artificial intelligence. He proposed and established the coordination structure and theory of intelligent system, linguistic dynamics theory, agent control method, ACP method of complex system, etc.

At the beginning of the 21st century, Wang Feiyue initiated and developed new research fields such as social computing, social manufacturing, parallel control and parallel management. His work can be summarized into four aspects: 1) in the basic theory, Professor Wang Feiyue is an expert in intelligent machine coordination theory, linguistic dynamic systems (LDS), agent-based control method, In the aspect of core technology development, he and his team have been committed to the research and application of application specific operating systems (ASOs), OSGi compatible middleware, real-time embedded systems and remote reconfigurable programmable devices for many years; 3) in major engineering applications, they mainly focus on Intelligent Computing Remarkable social and economic benefits have been achieved in the fields of energy transportation system, intelligent vehicle and automotive electronics, intelligent space and intelligent home system, and integrated industrial automation.

Wang Feifei has published more than 600 papers, cited more than 20000 times by Google, h-index coefficient is 54, and has written, translated or edited more than 20 works.

Wang Feiyue completed "advanced studies of flexible roboticman" ipulators:Modeling ,Design, ControlandApplication”、“AutonomousRockE xcavation:IntelligentControlTechniquesandExperimentation ”、“AdvancedMotionControlandSensingforIntelligentVehicles”、“AdvancesinComputationalInt elligence:TheoryandApplications ”More than ten academic monographs, such as "social computing", are the first academic works in related fields.

Wang Feifei's representative articles on intelligent control, intelligent systems, unmanned systems, social computing, knowledge automation, parallel intelligence and parallel management and control for complex systems include:

IntelligentControl

1.Fei-YueWangandSaridis,G.N,“AModelforCoordinationofIntelligentMachinesUsingPetrinets”, Pro.ThirdIEEEInternationalSymposiumonIntelligentControl ,Arlington,VA,August1988,pp.28-33.

2.Fei-YueWang,G.N.Saridis,“TaskPlanGenerationforIntelligentMachines”, Proc.ofthe5thIEEEInternationalSymposiumonIntellige

Chinese PinYin : Wang Fei Yue