Academic Areas: Big physics control,data acquisition
Wei Zheng is the Lecturer of SEEE.His main research area is control,data acquisition for large physics experimental devices.He focuses on data acquisition and storage,SCADA for large experimental devices and real-time control system.
PhD in Electrical Engineering,HUST,2014
BA in Control Science and Engineering,HUST,2009
Zheng,W.,etal.,The timing system on the J-TEXT tokamak.Fusion Engineering and Design,2014.89(1):p.11-15.
Zheng,W.,etal.,The J-TEXT CODAC system design and implementation.Fusion Engineering and Design,2014.89(5):p.600-603.
Zheng,W.,etal.,Design of FPGA based high-speed data acquisition and real-time data processing system on J-TEXT tokamak.Fusion Engineering and Design,2014.89(5):p.698-701.
Zhang,J.,etal.,Design and application of an EPICS compatibles low plant system controller in J-TEXT tokamak.Fusion Engineering and Design,2014.89(5):p.604-607.
Yin,X.,etal.,A modularized operator interface framework for Tokamak based on MVC design pattern.Fusion Engineering and Design,2014.89(5):p.628-632.
Yang,C.,etal.,The upgrade of the J-TEXT experimental data access and management system.Fusion Engineering and Design,2014.8 9(5):p.726-730.
Guo zhen,Z.,etal.,The Design of Global Interlock System in J-TEXT.Plasma Science,IEEE Transactionson,2014.42(6):p.1775-1779.
Zheng,W.,etal.,Real-Time Fast Controller Prototype for J-TEXT Tokamak.Nuclear Science,IEEE Transactionson,2014.61(2):p.750-755.
Zheng,W.,etal.,Service-Oriented Remote Operation System for J-TEXT Tokamak.Plasma Science,IEEE Transactionson,2014.42(3):p.477-481.
He,Y.,etal.,The real-time controller upgrade for J-TEXTCODAC System.Fusion Engineering and Design,2013.88(6–8):p.1055-1058.
Zheng,W.,etal.,J-TEXT-EPICS:An EPIC Stoolkit attempted to improve productivity.Fusion Engineering and Design,2013.88(11):p.3041-3045.