url: =549,501-550,000 of 3,225,060 results for "Conference Proceedings"\nAuthors:Simon S. Ang; T. Tao; O. S. Saadeh; E. Johnson; B. Rowden; J. C. Balda; A. Mantooth\nAuthors:Pyo, S.; Sheng, K.\nAuthors:Chamund, D.J.; Coulbeck, L.; Newcombe, D.R.; Waind, P.R.\nModeling for internal transparent collector IGBT\nAuthors:Dongqing Hu; Yu Wu; Yunpeng Jia; Baowei Kang; Xu Cheng\nExperimental analysis and modeling of multi-chip IGBT modules short-circuit behavior\nAuthors:Castellazzi, A.; Johnson, M.; Piton, M.; Mermet-Guyennet, M.\nInvestigation on the switching property of IGCT used in large power voltage source inverter\nAuthors:Wang Chengsheng; Li Chongjian; Li Yaohua; Zhu Chunyi; Lan Zhiming\nAuthors:Haizoune, F.; Bergveld, H.J.; Popovic-Gerber, J.; Ferreira, J.A.\nAuthors:Sheng, K.; Zhang, Y.; Yu, L.; Su, M.; Zhao, J.H.\nAuthors:Yan-Fei Liu; Xiaodong Liu\nTransient performance comparison on digital peak current controlled switching dc-dc converters in DCM with different digital pulse-width modulations\nAuthors:Guohua Zhou; Jianping Xu; Yanyan Jin; Wei Wang\nA novel implementation of digital control for isolated DC/DC converters with transmission of digital duty cycle command\nAuthors:Weiyi Feng; Xu Yang; Xiaoming Kong; Haizhong Ye\nSmall-signal modeling and analysis of improved digital peak current control of boost converter\nAuthors:Yanyan Jin; Jianping Xu; Guohua Zhou; Changbao Mi\nA simple nonlinear gain scheduling method in digital PWM converter control\nAuthors:Hao Peng; Chin Chang\nDesign of a digital control IC of a current source based on a three-phase controlled rectifier\nAuthors:Ming-Fa Tsai; Fu-Jing Ke; Li-Ching Hsiao; Jui-Kum Wang\nAuthors:Yang Yugang; Yan Dong; Lee, F.C.\nDesign of two-switch flyback converter with CLC output filter\nAuthors:Chunfang Wang; Zhaoan Wang; Ning Zhang\nThe dynamic Power Loss analysis in Buck Converter\nAuthors:Weiping Zhang; Yuanchao Liu; Zhi Li; Xiaoqiang Zhang\nAnalysis of the conflict between close-loop control and the current-sharing of ac parallel inverters and parallel control strategy\nAuthors:Kan Zhi-zhong; Zhang Chun-jiang; Zhang bo; Wang Xiao-huan\nA novel variable amplitude carrier band (VACB) control strategy for single phase Cascaded Sources inverter\nAuthors:Ramkumar, S.; Thamizharasan, S.; Kamaraj, V.\nSmall-signal modeling and analysis of parallel-connected voltage source inverters\nAuthors:Yu Zhang; Zhenhua Jiang; Xunwei Yu\nAnalysis on output LC filters for PWM inverters\nAuthors:Hyosung Kim; Seung-Ki Sul\nAuthors:Fuentes, E.J.; Rodriguez, J.; Silva, C.; Diaz, S.; Quevedo, D.E.\nRobust speed controller for a PMSM drive\nAuthors:Wu Guorong; Xiao Xi\nAuthors:Hao Zhu; Xi Xiao; Yongdong Li\nStudy on variable frequency operation and starting performance of single-phase permanent-magnet synchronous motor fed by three-phase inverter\nAuthors:Hao Xiong; Guangwei Meng; Dong Xiang; Huaishu Li\nPerformance study of two axial-flux permanent-magnet machine topologies with soft magnetic composite cores\nAuthors:Fei, W.; Luk, P.\nAuthors:Byoung-Gun Park; Jin-Su Jang; Tae-Sung Kim; Dong-Seok Hyun\nAuthors:Jingwei Zhu; Ertugrul, N.; Wen Liang Soong\nAuthors:Jae-Hyung Kim; Chung-Yuen Won; Su-Won Lee; Byung-Kuk Lee; Chong-Sun Kim\nModeling and control of DC bus voltage for DC-module-based BIPV system\nAuthors:Bangyin Liu; Shanxu Duan; Huan Hu; Tao Cai\nAuthors:Jing Li; Fang Zhuo; Xianwei Wang; Lin Wang; Song Ni\nImprovement of performance and flexibility for photovoltaic module using individual DC/DC converter\nAuthors:Wei Yao; Mingzhi Gao; Zheng Ren; Min Chen; Zhaoming Qian\nA novel power management control strategy for stand-alone photovoltaic power system\nAuthors:Zhiling Liao; Xinbo Ruan\nIslanding control of DG in microgrids\nAuthors:Qin Lei; Peng, F.Z.; Balaguer, I.J.\nMethod of detecting islanding operation for PV power conditioning subsystem, based on Phase-Locked Loop\nAuthors:Matsumoto, T.; Ito, Y.; Ito, S.\nData and performance evaluation of a PV hybrid system in Gambia\nAuthors:Naxin Cui; Schmid, J.; Chen, A.\nOptimal tuning of tri-loop dynamic error driven controller for industrial PMDC motor drives based on particle swarm optimization-PSO\nAuthors:Sharaf, A.M.; El-Gammal, A.\nAuthors:Zongbin Ye; Guojun Tan; Wei Jing; Hao Li; Yanping Zhao\nAuthors:Cheng Xiaomeng; Lu Haifeng; Qu Wenlong; Fan Yang; Li Yituo; Sheng Shuang\nDamping torsional interharmonic effects of large drives\nAuthors:Schramm, S.; Sihler, C.; Song-Manguelle, J.; Rotondo, P.\nMulti Pulses Regulation — A novel control technique for buck converter in discontinuous conduction mode\nAuthors:Jianping Xu; Ming Qin; Jinping Wang; Guohua Zhou\nPeak inductor current and differential-mode voltage control of single-inductor dual-output buck converters in continuous conduction mode\nAuthors:Wei Wang; Jianping Xu; Xiaojuan Wei; Guohua Zhou\nModeling and analysis of Buck converter based on parallel current mode control strategy\nAuthors:Xiaodong Liu; Changhu Jiang; Yan-Fei Liu; Jiaojiao Deng\nAdaptive link capacitor voltage control for server power system\nAuthors:Duk-You Kim; Young-Do Kim; Kyu-Min Cho; Gun-Woo Moon\nCapacitor charge balance control strategy of Buck converter\nAuthors:Yaai Chen; Jinghua Zhou; Weiping Zhang; Weihai Li; Songlin Xie\nA pre-sizing approach of DC-DC converters, application to design a Buck converter for the automotive domain\nAuthors:Che-Wei Chang; Ying-Yu Tzou\nMacro-model for power supplies controller with IGBT driver\nAuthors:Yanfeng Jiang; Bing Yang; Jiaxin Ju; Xiaobo Zhang\nAuthors:Shin, J.W.; Chae, S.Y.; Cho, B.H.\nAuthors:Niu Huapeng; Pei Yunqing; Yang Xu; Wang Laili; Wang Zhaoan\nA Comparative study of a family of ZVS dual switch flyback converters\nAuthors:Ping Rong; Wei Chen; Wei Zhang; Zhengyu Lu\nA Novel soft switching flyback converter with synchronous rectification\nAuthors:Wei Yuan; Huang, X.C.; Zhang, J.M.; Qian, Z.M.\nAuthors:Firmansyah, E.; Tomioka, S.; Abe, S.; Shoyama, M.; Ninomiya, T.\nResearch on resonant parameters design method of series-parallel resonant capacitor charging power supply\nAuthors:Lin Lei; Zhong Heqing; Yu Deng; Xiaolong Zhang; Yunping Zou\nEfficiency optimization of an automotive multi-phase bi-directional DC-DC converter\nAuthors:Waffler, S.; Kolar, J.W.\nAuthors:Tsuruta, Y.; Pavlovsky, M.; Kawamura, A.\nVariable-structure direct torque control for induction motor driven by a matrix converter with overmodulation strategy\nAuthors:Jing-xin Wang; Jian-guo Jiang\nDirect torque control method of induction machines using three-level space vector modulation\nAuthors:Hengbin Cui; Chunyang Chen; Wei Jiang; Liming Hou\nSensorless 3-level inverter-fed induction motor drive based on indirect torque control\nAuthors:Yongchang Zhang; Zhengming Zhao; Ting Lu; Liqiang Yuan\nTorque and speed estimation for line-start IM using dot-cross Products of current and voltage vectors\nAuthors:Takahashi, A.; Oguro, R.\nDynamic decoupling control for radial position of bearingless induction motor based on neural networks inverse system\nAuthors:Xiaodong Sun; Huangqiu Zhu; Tao Zhang\nAuthors:Hoshino, T.; Itoh, J.-i.\nSpeed sensorless stator-flux-oriented control of IM drive with stator resistance compensation\nAuthors:Yanhui He; Yue Wang; Xueqin Wu; Kejun Yu; Zhao'an Wang\nDynamic behavior of doubly fed induction generator wind turbines under three-phase voltage dips\nAuthors:Ling Peng; Yongdong Li; Francois, B.\nAnalysis of wind turbine driven double-output induction generator under abnormal condition of the grid\nAuthors:Babu, B.C.; Mohanty, K.B.\nSimplified input-output linearizing and decoupling control of wind turbine driven doubly-fed induction generators\nAuthors:Luhua Zhang; Xu Cai; Jiahu Guo\nResearch on the performance of low voltage ride-through for doubly fed induction generator excited by two-stage matrix converter\nAuthors:Wenlang Deng; Zhiyong Chen; Liming Zhou; Yu Yang\nStudy on control methods of direct-drive wind generation system based on three-phase Z-source inverter\nAuthors:Li Jie; Qu Keqing; Song Xiaoliang; Chen Guo-cheng\nControl principles of current source inverter DC terminal voltage in direct-drive wind power generation system\nAuthors:Hongyuan Liu; Ping Wang; Zhen Wang\nResearch on multiple armature-winding hybrid-excitation generator in direct-driven wind power generation system\nAuthors:Yong Yang; Yi Ruan; Yan-yan Tan; Bing-ying Ye; Yi-ming Zhang\nSingle-phase PFC control using PWM-based multipliers\nAuthors:Tao Qi; Jian Sun\nResearch on conventional PFC and bridgeless PFC in air conditioner\nAuthors:Liu Guihua; Wang Wei; Liu Jing; Xu Dianguo\nA novel design method for continuous-input-current charge pump power factor correction circuit\nAuthors:Weiping Zhang; Rui Zhang; Xiaohan Guan; Zhiyong Sheng\nA method to model the conducted EMI propagation path for PFC\nAuthors:Ming Chen; Xudong Sun; Lipei Huang\nAnalysis and implementation of interleaved single-stage single-phase AC-DC boost-flyback converter\nAuthors:Jhuo-Yan Lee; Lung-Sheng Yang; Tsrong-Juu Liang; Ming-Yang Cheng\nAuthors:Lung-Sheng Yang; Mao-Shun Li; Tsorng-Juu Liang; Jiann-Fuh Chen\nAuthors:Sugimura, H.; Saha, B.; Kwon, S.-K.; Hideki, S.; Sumiyoshi, S.; Omori, H.; Nakaoka, M.\nResearch on grid-connected inverter based on virtual grid voltage flux and PLL without grid voltage sensors\nAuthors:Yong Yang; Yi Ruan; Lin Li; Yan-yan Tan; Bing-ying Ye\nFrequency-adaptive sinusoidal signal integrator for grid-connected inverters in weak grids\nAuthors:Gu Herong; Guo Xiaoqiang; Zhao Qinglin; Wu Weiyang\nA low cost solution to grid-connected distributed generation inverters\nAuthors:Guoqiao Shen; Jun Zhang; Xuancai Zhu; Dehong Xu\nA novel parameter design method of dual-loop control strategy for grid-connected inverters with LCL filter\nAuthors:Jinjun Yin; Shanxu Duan; Yan Zhou; Fei Liu; Changsong Chen\nAnalysis and implementation of a PLL structure for single-phase grid-connected inverter system\nAuthors:Mingzhi Gao; Baohong Li; Min Chen; Wei Yao; Zhaoming Qian\nDesign of SRD-F-PLL system with consideration of low-pass filter for high dynamic performance during voltage disturbance\nAuthors:Hyeong-Jin Choi; Seung-Ho Song; Seung-Gi Jeong; Ju-Yeop Choi; Ick Choy\nA Hybrid renewable DC microgrid voltage control\nAuthors:Xiaofeng Sun; Zhizhen Lian; Baocheng Wang; Xin Li\nAuthors:Zhenhua Jiang; Xunwei Yu\nCoupled inductor using near-field coupling in multi-phase VRM applications\nAuthors:Zengyi Lu; Wei Chen\nA kind of low leakage inductance planar transformer\nAuthors:Yang Yugang; Lee, F.C.; Li Hongzhu; Wu Jiaju\nThree-dimensional integration of high frequency DC/DC converters based on LTCC technology\nAuthors:Laili Wang; Yunqing Pei; Xu Yang; Xizhi Cui; Zhaoan Wang\nModeling of integrated EMI filter with flexible multi-layer (FML) foils\nAuthors:Xiaofeng Wu; Dehong Xu; Zhiwei Weng; Okuma, Y.; Mino, K.\nAuthors:Josifovic, I.; Popovic-Gerber, J.; Ferreira, J.A.\nInverter components reliability tests for hybrid electrical vehicles\nAuthors:Berthon, A.; Gustin, F.; Bendjedia, M.; Morelle, J.M.; Coquery, G.\nType B RCD with a simplified magnetic modulation/demodulation method\nAuthors:Xu Zeliang; Min Yingzong; Du Feng; Zhuo Yue; Anheuser, M.\nSwitching cells and their implications for power electronic circuits\nAuthors:Tolbert, L.M.; Fang Zheng Peng; Khan, F.H.; Shengnan Li\nMulti-Phase DC-DC converters using a boost half bridge cell for high voltage and high power applications\nAuthors:Changwoo Yoon; Sewan Choi\nA zero input current ripple boost converter for fuel cell applications by using a mirror ripple circuit\nAuthors:Ching-Tsai Pan; Shih-Kun Liang; Ching-Ming Lai\nAuthors:Zhuomin Feng; Min Chen; Zhe Zhang; Zhaoming Qian\nAuthors:Keun-Wook Lee; Seong-Wook Choi; Byoung-Hee Lee; Gun-Woo Moon\nA two-stage topology for 24V input low voltage high current DC/DC converter\nAuthors:Laili Wang; Weiming Zhang; Yunqing Pei; Xu Yang; Zhaoan Wang\nDesign consideration of the voltage stress clamping rectifier configuration used for the front-end Dc/Dc converter with the capacitive output filter\nAuthors:Chen Zhao; Xinke Wu; Guoxing Zhang; Zhaoming Qian\nDistributed Z-source network DC-DC converter\nAuthors:Honnyong Cha; Fang Zheng Peng\nComparison of Particle Swarm Optimization and Genetic Algorithm in the design of permanent magnet motors\nAuthors:Duan, Y.; Harley, R.G.; Habetler, T.G.\nA novel scaling method for sinusoidal quadrature encoder\nAuthors:Xiaoyuan Hong; Zhengyu Lu\nComparison study of Doubly Excited Brushless Reluctance Machine with different rotor pole numbers\nAuthors:Huijuan Liu; Longya Xu\nElectromagnetic design of Switched Reluctance linear machine\nAuthors:Hao Chen; Xing Wang; Hui Zeng\nAnalysis of homopolar inductor alternator for high reliability high power density applications\nAuthors:Lou Zhenxiu; Yu Kexun; Ren Zhangao; Ye Caiyong\nAnalysis of inductive coil gun performance based on field coupling circuit method\nAuthors:Shoubao Liu; Jiangjun Ruan; Daochun Huang; Zilin Wan\nAnalysis and reduction of vibration of switched reluctance motor drives in voltage pulse width modulation mode\nCompensation for supply and motor unbalances and line resistance for a DC signal injection-based thermal protection method\nAuthors:Zhang, P.; Lu, B.; Habetler, T.G.\nA survey on topologies of multilevel converters and study of two novel topologies\nAuthors:Chenchen Wang; Yondong Li\nA novel three-level rectifier with emulated power factor modulation\nAuthors:Weihua Deng; Zheng, T.Q.; Mingzhi He\nHigh efficient multi-level half-bridge converter\nAuthors:In-Ho Cho; Kang-Hyun Yi; Kyu-Min Cho; Gun-Woo Moon\nStudy of simplified SVPWM algorithm based on three-level inverter\nAuthors:Yao Zhezhi; Yi Lingzhi; Peng Hanmei; Fu Xi; Deng Dong\nNovel 3-DSVM scheme for three-phase four-wire tri-level APFs\nAuthors:Jian Tang; Xudong Zou; Yun Xu; Xu She; Zhiqian Bo; Yunping Zou\nZero-sequence voltage injection for narrow pulse compensation and neutral point potential balancing of NPC inverter\nAuthors:Wang Ran; Liang Ma; Fei Lin; Zheng, T.Q.\nResearch on the fault characteristics and fault diagnosis methods of three-level high-power inverter\nAuthors:Zhou Jinghua; Liu Huichen; Chen Yaai; Li Zhengxi\nA novel direct power control strategy with wide input voltage range for three-level PWM rectifier\nAuthors:Ting Lu; Zhengming Zhao; Yingchao Zhang; Liqiang Yuan\nAuthors:Halasa, G.; Asumadu, J.A.\nA study on the black start capability of VSC-HVDC using soft-starting mode\nAuthors:Mingxia Zhou; Sheng Li; Jianhua Zhang; Zongqi Liu; Yinhui Li\nNew saturable-core Fault Current Limiter topology with reduced core size\nAuthors:Cvoric, D.; de Haan, S.W.H.; Ferreira, J.A.\nAn improved voltage sag ride-through scheme for fuel cell based power quality control center\nAuthors:Li, Y.H.; Zhu, H.Y.\nAuthors:Kyoungmin Son; Sejin Noh; Kyoungmin Kwon; Jaeho Choi; Eun-Kyu Lee\nAuthors:Jonghoon Kim; Seongjun Lee; Bohyung Cho\nFault-tolerant control for a battery energy storage system based on a cascade PWM converter\nAuthors:Maharjan, L.; Yamagishi, T.; Akagi, H.; Asakura, J.\nAuthors:Chenbin Tao; Ping Wang; Jinghai Zhang\nCommon mode EMI noise reduction technique by noise path configuration of high frequency power transformer\nAuthors:Tamate, M.; Toba, A.; Wada, K.; Shimizu, T.\nLumped equivalent model synthesis for a passive element with frequency-dependent and/or temperature-dependent characteristics for EMC simulation\nAuthors:Kato, T.; Inoue, K.; Kagawa, D.\nIntelligent optimize design of LCL filter for three-phase voltage-source PWM rectifier\nAuthors:Wei Sun; Zhe Chen; Xiaojie Wu\nStudy on active damping methods for voltage source converter with LCL input filter\nAuthors:Yang, S.Y.; Zhang, X.; Zhang, C.W.; Xie, Z.\nA study of startup inrush current of three-phase voltage source PWM rectifier with PI controller\nAuthors:Qu Bo; Hong Xiao-yuan; Zheng-yu Lu\nLoad independent voltage drop characteristics of a voltage disturbance generator with nonlinear load\nAuthors:Eui-Cheol Nho; Young-Ho Lee; Jae-Hun Jung; In-Dong Kim; Tae-Won Chun; Heung-Geun Kim\nModeling method for power electronic system based on Hamilton principle of analytical mechanics\nAuthors:Yuanbo Guo; Hongjun Chen; Wei Chen; Xiaohua Zhang\nMulti-output power supply with series voltage compensation capability for Magnetic Resonance Imaging system\nAuthors:Pengcheng Zhu; Yunfeng Liu; Sabate, J.\nAuthors:Kaboli, S.; Rajaei, A.H.; Sheikhi, A.\nThree-phase AC-AC Z-source converter (TPZC) with maximum boost voltage ratio\nAuthors:Minh-Khai Nguyen; Young-Gook Jung; Young-Cheol Lim; Jun-Hyun Oum; Geum-Bae Cho\nCarrier-based predictive current controlled pulse width modulation for matrix converters\nAuthors:Yulong Li; Nam-Sup Choi; Honnyong Cha; Peng, F.Z.\nThe non-complementary control strategy of Zeta mode three-level AC/AC converter\nAuthors:Qinglong Zhong; Lei Li\nAuthors:Jin Nan; Tang Hou-jun; Liu Wei; Ye Peng-sheng\nResearch and implementation of a novel single phase AC/AC variable frequency technology\nAuthors:Shicheng Zheng; Hong Zhu; Xiaohu Cao; Weihua Wu; Qianzhi Zhou\nControl strategy for a three-phase to single-phase power converter using an active buffer with a small capacitor\nAuthors:Yoshiya Ohnuma; Itoh, J.-I.\nSliding-mode variable structure current controller for field oriented controlled linear induction motor drive\nAuthors:Jianqiang Liu; Xiaojie You; Zheng, T.Q.\nAuthors:Shi, L.; Zhang, H.\nVoltage utilization ratio increasing and Neutral Point Potential Balancing of NPC inverter based on zero sequence voltage for linear induction motor drive\nAuthors:Guo Zongzhi; Liu Yujie; Zhao Jia; Lin Fei; Zheng, T.Q.\nAuthors:Xin Zhao; Hui Liang\nA doubly fed induction machine based solution to medium frequency power supply\nAuthors:Xibo Yuan; Jianyun Chai; Yongdong Li\nStudy of reliability and accelerated life test of electric drive system\nAuthors:Wu Ying; Kang Jinsong; Zhang Ye; Jing Shiyi; Hu Dabing\nAuthors:Hui Zhang; Jinhong Liu; Jing Ren; Yuzhi Zhang; Yongjun Gao\nCentralized power control strategy of offshore wind farm with permanent magnetic generators\nAuthors:Bing Liu; Xiaoran Peng; Undeland, T.\nA prediction model of the voltage variation according to the wind power installation capacity in an isolated grid\nAuthors:Ji-Hoon Im; Seung-Ho Song\nControl of DFIG-based wind farms with hybrid HVDC connection\nAuthors:Honglin Zhou; Geng Yang\nOptimization of a hybrid wind park through a design approach - Progressive Design Methodology\nAuthors:Zhou, Y.; Kumar, P.; Bauer, P.; Ferreira, J.A.\nWind farm reactive power output optimization for loss reduction and voltage profile improvements\nAuthors:Zhao, J.J.; Li, X.; Hao, J.T.; Zhang, C.L.; Lu, J.P.\nAn optimal PID control of wind generation based on matrix converter\nAuthors:Yijun Wang; Rui Chen; Junmin Tan; Mei Su\nSTATCOM assisted wind generation — Delivering stable electrical grids\nAuthors:Butcher, N.; Maibach, P.; Thurnherr, T.\nAuthors:Dewei Xu; Zhenhan Luo\nModeling of Electric Arc Furnace & control algorithms for voltage flicker mitigation using DSTATCOM\nAuthors:Anuradha, K.; Muni, B.P.; Kumar, A.D.R.\nA novel control strategy for Dc voltage stability and balancing in cascade STATCOM based on droop characteristic\nAuthors:Zha Xiaoming; Zhang Maosong; Wang Bifang\nThe research of DC capacitance voltages balancing strategy based on cascade STATCOM using individual phase instantaneous current tracking\nAuthors:Liu Zhao; Shi Yan-jun; Duan Shan-xu; Kang Yong; Chen Tian-jin\nA novel Multilevel Power Quality Compensator for electrified railway\nAuthors:Longhua Zhou; Qing Fu; Xiangfeng Li; Changshu Liu\nParameter design for improving injection type hybrid active power filter performance in high power grid\nAuthors:Wei Zhao; An Luo; Xia Deng; Ke Zhou; Jingbin Wu\nHarmonic and inter-harmonic detection of grid-connected distributed generation based on modified mathematical morphology filter and Hilbert-Huang transformation\nAuthors:Huali Chen; Yunlian Sun; Yan Cheng\nStudy on a control method of PAPF for resonance damping and harmonics compensation in power system\nAuthors:Zhuo Fang; Wu Longhui; Chen Zhe; Wang Xianwei; Wang Zhaoan\nStudy on soft phase locked method to solving the synchronization problem of active power filter in stand-alone power grid\nThe electrical model without acoustic resonance for the low-power MH lamps\nAuthors:Weiping Zhang; Zhefeng Sun; Xusen Zhao; Xiaoqiang Zhang; Xiaohan Guan\nPower control strategy of electronic ballast for Metal Halide Lamps\nAuthors:Chongguang Ma; Min Chen; Xinyi Yang; Ting Zhang; Zhaoming Qian\nAnalysis of impedance matching control\nAuthors:Hirose, Y.; Kawamura, A.; Takayanagi, A.; Takada, H.\nPrediction on future DC power system\nAuthors:Qianzhi Zhou; Defang Yuan\nAuthors:Xianjin Huang; Liwei Zhang; Mingzhi He; Xiaojie You; Qionglin Zheng\nA new trench-planner gate MOSFET structure\nAuthors:Cailin Wang; Cheng Sun; Junya Han\nField emission property of SiC thick film deposited at low temperature by DC magnetron sputtering\nAuthors:Wei, Y.J.; Qi, H.H.; Wu, W.Y.\nA quasi-2D lumped charge model for IEC-GCT\nAuthors:Zhang Ruliang; Gao Yong; Wang Cailin; Yang Yuan\nAnalysis of GCT temperature characteristics\nAuthors:Zhang Ruliang; Gao Yong; Wang Cailin; An Tao\nAuthors:Jin Nan,; Tang Hou-jun,; Liu Wei,; Ye Peng-sheng,\nThe IGBT failure mechanism research of DC plasma arc cutting inverter power when arc-starting\nAuthors:Liangzong He; Shanxu Duan; Baoqi Liu; Xun Li; Guorong Zhu; Xuexiao Luo\nAuthors:Lin Liang; Yuehui Yu; Renwei Feng\nThe impact of thermal cycling in humid environments on power electronic modules\nAuthors:Ningyan Wang; Cotton, I.; Evans, K.\nAnalysis of current commutation mechanism and design consideration of IGCT\nAuthors:Cailin Wang; Ruliang Zhang; Yong Gao; Tao An\nA Rogowski coil current transducer designed for wide bandwidth current pulse measurement\nAuthors:Baocheng Wang; Deyu Wang; Weiyang Wu\nOptimization design of transformer used in switching power supply with high power density\nAuthors:Gongbing Gu; Qiaoling Li\nA new methodology for system integration\nAuthors:J.M. Gutierrez-Alcaraz; S. de Haan; J.A. Ferreira\nResearch on integrated technology of intelligent control and electrical ballast for solar low pressure sodium lamp\nAuthors:Zhao Jian-dong; Shang Zhi-yi; Wang Zi-shang; Wang Zhong-hua\nResearch implementation of intelligent temperature thermometer\nAuthors:Li Shufen; Liu Junli\nA new structure of LLC with primary current driven synchronous rectifier\nAuthors:Bo Yuan; Ming Xu; Xu Yang; Donghao Li\nInvestigation of switched-capacitorized DC/DC converters\nAuthors:Ping Rong; Wei Chen; Zhengyu Lu\nMulti-source high frequency Link DC-DC converter for EV or HEV applications\nAuthors:Messi Bene Eloundou, N.; Gustin, F.; Berthon, A.\nAuthors:Sugimura, H.; Fathy, K.; Sang-Pil Mun; Doi, T.; Mishima, T.; Nakaoka, M.\nA new buck-boost dc/dc converter of high efficiency by soft switching technique\nAuthors:Dong-Kurl Kwak; Seung-Ho Lee; Do-Young Jung\nOn the stability of V2C controlled boost converter in continuous conduction mode\nAuthors:Changbao Mi; Jianping Xu; Guohua Zhou; Yanyan Jin\nImproved nonlinear control of Boost converter based on observer and predictive control\nAuthors:Xiaohu Liu; Xinchun Lin; Feidong Xu; Chongbo Li; Yong Kang\nPiecewise Broken Line Approximation Method implementation in stability analysis of bidirectional Buck/Boost converters cascaded system\nAuthors:Hao Wang; Jinjun Liu; Dan Hou\nThe study on fixed-frequency sliding mode control method of DC/DC converter\nAuthors:Lusheng Ge; Yanfei Liu; Wenjuan Wang\nResearch on Boost converter based on nonlinear control strategy\nAuthors:Xiaohu Liu; Xinchun Lin; Feidong Xu; Yong Kang\nBi-directional interleaving DC/DC converter used in dual voltage system for vehicle\nAuthors:Feng Wang; Fang Zhuo; Xianwei Wang; Huan Guo; Zhaoan Wang\nAuthors:Shuibao Guo; Yanxia Gao; Yanping Xu; Xuefang Lin-Shi; Allard, B.\nEffects of modulations on the sub-harmonic oscillations of digital peak current and digital valley current controlled switching DC-DC converters\nAuthors:Guohua Zhou; Jianping Xu; Changbao Mi; Yanyan Jin\nAnalysis of Multilevel Pulse Train control technique for boost converter operating in discontinuous conduction mode\nAuthors:Ming Qin; Jianping Xu; Fei Zhang\nAuthors:Shijiang Hou; Junjie Zhou\nPrimary-side controlled flyback converter with current compensation in micro-power applications\nAuthors:Jianguo Xiao; Jiande Wu; Wuhua Li; Xiangning He\nA novel method of improving the dynamic response of DC-DC converter\nAuthors:Xuejun Ma; Xiumei Yue; Hongxia Wu; Jinhua Liu\nA model to analyze and improve dynamic response of high light load efficiency multi-mode converters\nAuthors:Yu Ruiyang; Pong, M.H.\nVariable frequency PWM controlled soft switched FB-PESI Dc/Dc converter\nMission profile based optimization of a synchronous-buck DC-DC converter for a Wearable Power System\nAuthors:Vasic, M.; Round, S.D.; Biela, J.; Kolar, J.W.\nMission profile optimized modularization of hybrid vehicle DC/DC converter systems\nAuthors:Biela, J.; Waffler, S.; Kolar, J.W.\nOptimal operating ranges of three modulation methods in dual active bridge converters\nAuthors:Wang, Y.; de Haan, S.W.H.; Ferreira, J.A.\nAnalysis of the lithium battery charge/discharge system using state space averaging method\nAuthors:Hwa-Young Won; Soo-Yong Chae; Young-Min Seo; Dae-Taek Chung; Soon-Chan Hong\nA stability issue with current mode control flyback converter driving LEDs\nAuthors:Pang, H.M.; Bryan, P.M.H.\nA new over-current protection technique for peak- current type DC-DC converter\nAuthors:Yu Fang; Yong Xie; Tengfei Wei; Yan Xing\nLoss analysis in soft switching boost converter using a single switch\nAuthors:Doo-Yong Jung; Young-Hyok Ji; Chung-Yuen Won; Su-Won Lee; Yong-Chae Jung\nResearch on novel development of static auxiliary system of Shanghai Metro Line 1\nAuthors:Yang Chao; Tao Shenggui; Xie Weida; Zhuang Lingyun\nAuthors:Sugahara, K.; Oida, S.; Yokoyama, T.\nSpectral analysis of an improved hybrid cascade multilevel converter\nAuthors:Yun Xu; Yunping Zou\nAuthors:Cao Da-peng; Song Wen-xiang; Xi Hui; Chen Guo-cheng; Chen Chen\nEquivalent neutral point voltage control strategies in neutral-point diode-clamped three-level converter\nAuthors:Yituo Li; Wenlong Qu\nControl of cascaded inverter with a novel H-bridge driver\nAuthors:Zang Yi; Sun Hongge; Cao Yi; Li Jianwei\nResearch on different carrier phase-shifted angle with output voltage performance of cascade multilevel inverter\nAuthors:Cao Yi long; Jiang You-hua; Tang Zhong; Tan Wen\nA simple control arithmetic of step wave cascaded multilevel inverter with different voltage step\nAuthors:Qing-guo Song; Bai-lu Xiao; Zhong-ni Zhu; Hai-bo Xu\nApplication of a novel H-bridge driver in cell-fault treatment for cascaded inverter\nAuthors:Zang Yi; Sun Hongge; Cao Yi\nFault-tolerant design for flying capacitor multilevel inverters\nAuthors:Alian Chen; Chenghui Zhang; Xiangning He; Naxin Cui\nResearch on the cascaded inverter with hybrid control of step waveform and instantaneous feedback\nAuthors:Yuandi Chen; Dichen Liu; Zhongni Zhu; Haibo Xu\nThe study of FPGA-based three-level SVM NPC inverter\nAuthors:Yun Wan; Jianguo Jiang\nInvestigation on the 7.5MVA IGCT-based three-level NPC convertor\nAuthors:Zhiming Lan; Chongjian Li; Chunyi Zhu; Chengsheng Wang\nA new fault-tolerant control method for cascaded multilevel inverter\nAuthors:Baocheng Wang; Xiaoling Guo; Liqiao Wang; Xin Li; Xiaofeng Sun\nA novel DC-AC single phase resonant inverter using soft switching boost converter\nAuthors:Dong-jo Won; Chung-Yuen Won; Su-Won Lee; Yong-Chae Jung; Dong-sung Oh\nZVS H-bridge inverter using soft switching boost converter\nAuthors:Kwang-Soo Choi; Chung-Yuen Won; Yong-Chae Jung; Jin-Wook Kim\nAuthors:Jin Li; Jinjun Liu; Zeng Liu\nHigh power combined three-phase inverter system: Analysis, design and experiments\nAuthors:Yu Chen; Xuejun Pei; Yong Kang\nDevelopment of digital constant frequency shift-phase power regulation series resonant inverter source\nAuthors:Ding Wenfang; Zhao Yang; Zhou Ping; Xu Yingnian\nDead-time compensation scheme for adjustable dead-time controlled resonant snubber inverter\nAuthors:Hoshi, N.; Nagata, S.\nStudy on IMC-PID control for single-phase voltage-source inverters\nAuthors:Ding Wenfang; Huang Qun; Xu Yingnian\nDead-time compensation for VSI based power supply with small filter inductor\nAuthors:Zixin Li; Ping Wang; Yaohua Li; Congwei Liu; Haibin Zhu\nDual mode structure repetitive control of CVCF PWM inverters\nAuthors:Keliang Zhou; Danwei Wang; Bin Zhang\nReal-time algorithm research and realization of Optimal Unsymmetrical PWM method\nAuthors:Qin Liang; Liu Kaipei; Zhang Hui; Zha Xiaoming\nA conceit of unipolar N-multiple frequency SPWM and the main circuit topology\nAuthors:Xiumei Yue; Xuejun Ma; Hongliang Wang\nAuthors:Yohan Baek; Kui-Jun Lee; Dong-Seok Hyun\nResearch on a kind of photovoltaic grid-connected cascaded inverter\nResearch on digital control design of high power middle frequency 400Hz inverter power\nAuthors:Chunxi Liu; Weiming Ma; Chi Sun; Wenhua Hu\nStudy on dual-loop control for inverters based on state observer with repetitive compensation\nAuthors:Wang Shu-hui; Ju Wen-yao; Jia Zhong-lu; Peng Li\nThe analysis on effect of digital process on the performance of PWM inverter\nAuthors:Hongtao Shan; Xikun Chen; Xuejuan Kong; Yu Zhang; Zhao Liu; Hongbo Li; Taofeng Li\nResearch on the reduction of the static error of single-phase alternating systems\nAuthors:Wu Jia-ju; Tang Ding-de; Yang Yu-gang\nSingle-phase inverter voltage control and parallel circulation current suppression\nAuthors:Li Hongbo; Yu Jun; Xiong Jian; Shan Hongtao\nAuthors:Hongliang Wang; Xiumei Yue; Xuejun Pei; Yong Kang\nDynamic equations of unbalanced three-phase inverters considering magnetic couples\nAuthors:Yu Zhang; Fangrui Liu; Yong Kang\nModeling, analysis and mitigation of load neutral point voltage for Three-phase four-leg inverter\nAuthors:Liu Zeng; Liu Jinjun; Li Jin\nAuthors:Gao Wei; Zhang Xiaofeng\nAdaptive control of protective-relay-testing inverter\nAuthors:Xiaoming Sun; Hualing Long; Dichen Liu; Chaoqun Zhou\nResearch and design of Power Conditioning System for Alkali Metal Thermo-Electric Converter\nAuthors:Zhao Yanlei; Jiang Zhihai\nCommon-mode current measurement of high voltage inverter based on Rogowski coil\nAuthors:Zhu Jun-jie; Zhang Xiao-feng; Qiao Ming-zhong; Shen Zhe\nStudy on dynamic characteristics of inverter arc welding power supply based on double-loop control\nAuthors:Chunfang Wang; Zhaoan Wang; Qinchao Xu\nDevelopment of digital experiment system for multi-module-cascaded multilevel high-power inverter\nAuthors:Zhou Jinghua; Chen Yaai; Yao Lanya; Li Zhengxi\nStudy of multi-level rectifier in high power system based on a novel virtual flux observer\nAuthors:Hao Li; Guojun Tan; Jinghuan Fang; Xuanqin Wu\nAuthors:Wen-xiang Song; Da-peng Cao; Jin-yong Qiu; Chen Chen; Guo-cheng Chen\nResearch on the improved 3-phase PWM Current Source Rectifier with hybrid switch\nAuthors:Lijie Jiang; Zhuojian Cai; Zhengyu Lu; Huiming Chen\nAuthors:Lizama, I.; Rodriguez, J.; Wu, B.; Correa, P.; Rivera, M.; Perez, M.\nAuthors:Cai Zhuojian; Jiang Lijie; Zhao Rongxiang; Chen Huiming\nA performance improvement technique for single-phase PWM rectifier\nAuthors:Wu Zhenxing; Zou Yunping; Wang Chengzhi; Zhang Yun; Zhang Zheyu\nPIR-based control for three-phase PWM rectifier with H-bridge load\nAuthors:Wang Jian; Li Yongdong; Zheng Yanwen; Yuan Xibo\nA novel Current Control based VSC topology suitable for power transmission application\nAuthors:Yihui Zhang; Yuejin Tang; Jin Shi; Jingdong Li; Li Ren\nDesign and implementation of a kind of linear stabilized power supplies with high efficiency and wide-range adjustable output voltage\nAuthors:Gong Renxi; Wang Kuang; Meng Xiaobi; Xie Lingling; Huang Yang; Gong Wenying\nCapacitance estimation of DC-link capacitors for single-phase PWM converters\nAuthors:Xingsi Pu; Thanh-Hai Nguyen; Dong-Choon Lee; Suk-Gyu Lee\nDesign of Boost-Flyback Single-Stage PFC converter for LED power supply without electrolytic capacitor for energy-storage\nAuthors:Zhang Bo; Yang Xu; Xu Ming; Chen Qiaoliang; Wang Zhaoan\nDigital control of boost PFC AC/DC converters with low THD and fast dynamic response\nAuthors:Yu-Tzung Lin; Ying-Yu Tzou\nCurrent phase lag issue and the compensation scheme for OCC PFC converter\nAuthors:Peng Mao; Shaojun Xie; Aiguo Xu; Zegang Xu\nMathCAD design of critical conduction mode PFC converters\nAuthors:Chia-Han Hung; Ying-Yu Tzou\nAnalysis and design of harmonic suppression circuit with quasi-square wave compensation\nAuthors:Ying-na Guo; Wei-bin Cheng; Kang Si-min; Lu Ye\nAuthors:Fei Zhang; Jianping Xu; Guohua Zhou; Jing Yang\nThree-phase rectifier with near-sinusoidal input currents and capacitors parallel connected with the upper diodes\nAuthors:Yingpeng Luo; Zhong Chen; Yinyu Zhu; Yan Qiu\nAnalysis and design of three-phase rectifier with near-sinusoidal input currents\nAuthors:Zhong Chen; Yingpeng Luo; Yinyu Zhu; Guoqiao Shen\nResearch and design of three-phase six-switch high power factor rectifier with one cycle control\nDevelopment of a mixed-signal PFC control IC with fast dynamic response\nSimulation study for harmonic compensation system with synchronous machine based on Park transformation\nAuthors:Chen Jikai; Li Haoyu; Yang Shiyan\nImproved predictive current controller for four-quadrant converters\nAuthors:Jilei Gao; Jianqiang Liu; Fei Lin; Zheng, T.Q.\nSpace vector modulated matrix converter under abnormal input voltage conditions\nAuthors:Hongwu She; Hua Lin; Xingwei Wang; Song Xiong\nImplementation of two-step voltage commutation matrix converter\nAuthors:Xingwei Wang; Hua Lin; Hongwu She; Bi He\nImproved switching function modulation strategy for three-phase to single-phase matrix converter\nAuthors:Yang Mei; Lipei Huang\nAuthors:Rivera, M.; Correa, P.; Rodriguez, J.; Lizama, I.; Espinoza, J.\nResearch on two-step voltage-controlled commutation strategies for Matrix Converter\nAuthors:Bi He; Xingwei Wang; Hua Lin; Hongwu She\nInternal model control strategy for SPWM inverter based on dynamic matrix control algorithm\nAuthors:Mingjie Yang; Jianan Cao; Min Yu; Jin Sun\nA there-level AC chopper with clock-interleaved constant frequency integration control\nAuthors:Wang Liqiao; Liu Qing\nThe improved combination mode three-level AC/AC converter\nAuthors:Dong-cai Tang; Lei Li\nOne-cycle controlled single phase ac chopper\nResearch on controlling of novel dual three-level converter\nAuthors:Zongbin Ye; Guojun Tan; Hao Li; Xiao Zhang; Xuanqin Wu\nA novel dual Boost/dual Buck AC/AC converter\nAuthors:Chen Jiawei; Chen Jie; Gong Chunying\nDirect power and torque control for three-level NPC based PWM ac/dc/ac converter\nAuthors:Zhang Yingchao; Zhao Zhengming; Lu Ting; Li Long\n5-level double converter with different DC divided link voltage\nAuthors:Osada, Y.; Sakai, R.; Maruyama, G.; Matsuse, K.\nResearch on the control methods of large-power cyclo-converter under the discontinuous conduction mode\nAuthors:Ming Lei; Chongjian Li; Wei Duan; Yu Zhang; Fan Li\nDesign and research of three-phase power electronic load\nAuthors:Zhang Zheyu; Zou Yunping; Wu Zhenxing; Tang Jian\nUnified power electronic load for burn-in test\nAuthors:Xu She; Yun She; Chengzhi Wang; Jian Tang; Fen Li; Yunping Zou\nDirect active and reactive power control of PMSM\nAuthors:Chu Jianbo; Hu Yuwen; Huang Wenxin; Li Yong; Yang Jianfei; Wang Mingjin\nEmbedded neural network to model-based Permanent Magnet Synchronous Motor diagnostics\nAuthors:Junhong Zhang; Yunping Zou; Youping Fan\nPMSM DTC predictive control system using SVPWM based on the subdivision of space voltage vectors\nAuthors:Guohai Liu; Yinan Zhang; Zhaoling Chen; Hongping Jia\nPrecision linearization control of inner permanent magnet synchronous motor for electrical vehicle drive system\nAuthors:Li Lin; Su-rong Huang; Wen-cheng Hong\nCompensation of amplitude imbalance of resolver signal for PMSM drives\nAuthors:Young-Hwa Kwon; Seon-Hwan Hwang; Jang-Mok Kim; Jin-Woo Ahn\nPMLSM recurrent neural network compensation simulation study\nAuthors:J. Zhao; X. Zhang; J. Zhang\nWide speed-loop range tuning technology for sensorless control of PMSM based on signal injection and stator flux observer\nAuthors:He Feng-you; Gu Shan-mao; Cao Hai-Yang; Zhang Hui\nNonlinear decoupling control for 5 degrees-of-freedom bearingless permanent magnet synchronous motor\nSliding mode variable structure control for radial suspension forces of bearingless permanent magnet synchronous motor based on inverse system method\nPrinciple and realization of a 5-phase PM bearingless motor drive\nAuthors:Haibo Jiang; Jin Huang; Min Kang\nResearch on special low-speed, high-torque permanent magnet synchronous motor for screw pump\nAuthors:Li Xiao-hai; Zhu Li; Zhao Ji-min; Jiang Shu-zhong\nThe study of fuzzy- PI controller of Permanent Magnet Synchronous Motor\nAuthors:Liye Song; Jishen Peng\nPosition sensorless control for PMSM using sliding mode observer and phase-locked loop\nAuthors:Ran Li; Guangzhou Zhao\nA modified direct torque control of surface permanent magnet synchronous motor drives without a speed sensor\nAuthors:Bin Wang; Yue Wang; Zhaoan Wang\nIn-Wheel motor drive system using 2-phase PMSM\nAuthors:Young-Ki Kim; Young-Hoon Cho; Nae-Chun Park; Sang-Hoon Kim; Hyung-Soo Mok\nSpeed identification about PMSM with MRAS\nAuthors:Wang Zhifu; Teng Qizhi; Zhang Chengning\nField-oriented vector control and simulation of linear motors with Halbach permanent magnets\nAuthors:Hao Jiang; Gan Zhou; Xueliang Huang; Qinbo Zhou; Qian Zhang\nOptimal system efficiency operation of dual PMSM motor drive for fuel cell vehicles propulsion\nAuthors:Zhang Jian; Wen Xuhui; Zeng Lili\nHigh efficiency control of IPMSM for electric motorcycles\nAuthors:Meifen Cao; Egashira, J.; Kaneko, K.\nAn improved sliding mode observer for position sensorless vector control drive of PMSM\nAuthors:Chu Jianbo; Hu Yuwen; Huang Wenxin; Wang Mingjin; Yang Jianfei; Shi Yuxia\nPosition sensorless control for permanent-magnet brushless DC motor based on ASIC ML4425\nAuthors:Zhiwei Zhang; Libing Zhou\nOver-modulation strategy of matrix converter driving Brushless DC motor systems\nAuthors:Chunmei Hong; Bo Zhou\nEfficiency optimization control for single-phase brushless dc fan motors\nAuthors:Wei-Chao Chen; Ying-Yu Tzou\nThe flux controllable permanent magnet brushless machines: Concepts, developments and applications\nAuthors:Xiaoyong Zhu; Dajian Chen; Li Quan; Zhiling Liao; Guohai Liu\nNeural network based fault diagnosis and fault tolerant control for BLDC motor\nThe study on BLDC motor compressor using SMC\nAuthors:Kang Geon Il; Han Man Seung; Yang Seung Hak; Lim Young Cheol\nAuthors:Jianfei Yang; Yuwen Hu; Wenxin Huang; Jianbo Chu; Jin Gao\nAdaptive back-stepping control based on recurrent neural network for BLDCM EMA\nAuthors:Lv Yong-jian; Wang Jin; Dong Hui; Zhang Peng; Yang Peng-song\nAn alternative power grid - High frequency AC power distribution platforms\nAuthors:Lourdes, S.; Ng, S.Y.; Luk, P.C.K.\nAn integral squared error -ISE optimal parameters tuning of modified PID controller for industrial PMDC motor based on Particle Swarm Optimization-PSO\nAuthors:Sharaf, A.M.; El-Gammal, A.A.A.\nA second-order auto disturbance rejection controller for matrix converter fed induction motor drive\nNew control technology of doubly-fed induction machine based on current-source dual-PWM converter\nAuthors:Wentai Qu; Xuewen Liu; Yong Chen; Luyang Yan\nSpeed estimation of induction motor using modified voltage model flux estimation\nAuthors:Kun Zhao; Xiaojie You\nAuthors:Li Weibo; Xiao Fei; Yan Min; Yu Xiwen; Xu Jin; He Hong\nController of high-speed electro-spindle with AC HMBs based on optimal control theory\nAuthors:Huangqiu Zhu; Min Cai; Quan Wang; Yan Chen\nAuthors:Guo Xizheng; Wen Xuhui; Longya Xu; Zhao Feng; Liu Jun\nStructure and performance analysis for AC-DC three degrees of freedom active magnetic bearings\nAuthors:Dehong Zhu; Xin Cheng; Huangqiu Zhu\nSimulation and experiment analysis of dynamic process for an EVT based on dual mechanical port electric machine\nAuthors:Guo Xinhua; Wen Xuhui; Longya Xu; Zhao Feng; Liu Jun\nAuthors:Yongling Fu; Weiwei Zhang\nAuthors:Li Lijuan; Chen Xikun\nCompensation of inertia error in brake dynamometer testing\nAuthors:Ma Jijie; Liu Xiaoyu; Wu Boda; Sun Jingyang\nVoltage-regulating of centrifugal permanent magnet generating set on farm vehicle\nAuthors:Shi Liwei; Zhang Xueyi\nDesign of the naval artillery digital servo system and the research on its control scheme based on fuzzy compensate method\nAuthors:Ji Dong; Zhou Yong\nKalman filter applied in rolling mill drive system\nAuthors:Ge Gang; Xu Chao; Li Chongjian; Duan Wei\nBLAC Drive System for Electro-Magnetic Brake\nAuthors:Mi-Rim Jeon; Kwan-Yuhl Cho; Hag-Wone Kim; Jin-Woo Lee; Hyung-Soo Mok\nPassivity-based control of synchronous motors\nAuthors:Hua Xue; Jianguo Jiang\nThe design of soft starting system of brushless excitation synchronous motor\nAuthors:Hua Cheng; Li Xu\nResearch of electrically excited synchronous motor vector control system based on full-order closed-loop air gap flux estimator\nAuthors:Xuanqin Wu; Guojun Tan; Qianqian Zhang; Wei Jing\nAuthors:Ma Xiaohe; Li Jianxun; Zhang Weiwei\nAnalysis on stator circulating current characteristics of turbo-generator under eccentric faults\nAuthors:Wan Shuting; He Yuling\nAdaptive PID control for hydraulic pump system based on fuzzy logic\nAuthors:Zhou Guanxu; Wang Jixiang; Ren Lanjie; Ahn Jinwoo\nSimulation of sliding mode + PI control for the double Switched Reluctance motors drive system\nAuthors:Qiushuang Song; Xing Wang; Ruiling Gao; lingguo Cheng; Liang Guo\nResearch on optimal starting condition of switched reluctance motor\nAuthors:Yang Yugang; Li Hongzhu; Wu Jiaju\nEffects of rotor eccentric displacements on performance of bearingless switched reluctance motors\nAuthors:Zeyuan Liu; Zhiquan Deng; Jun Cai; Xiaoyuan Chen; Shishan Wang; Xiangsheng Li\nComparison of two different fault-tolerant switched reluctance machines for fuel pump drive in aircraft\nAuthors:Chen Xiaoyuan; Deng Zhiquan; Peng Jingjing; Li Xiangsheng\nAuthors:Zhu Lei; Wen Xuhui; Xue Shan\nA modified MPPT method with variable perturbation step for photovoltaic system\nAuthors:Chao Zhang; Dean Zhao; Jinjing Wang; Guichang Chen\nA novel two-mode MPPT method for photovoltaic power generation system\nAuthors:Chao Zhang; Dean Zhao; Jinjing Wang; Yi An; Guichang Chen\nAuthors:Jing Hu; Jiancheng Zhang; Hongbo Wu\nResearch on MPPT control and implementation method for photovoltaic generation system and its simulation\nAuthors:Hui Zhang; Hong Ji; Jing Ren; Lin Shan; Yongjun Gao\nThe maximum power point tracking based on the double index model of PV cells\nAuthors:Liu Hongpeng; Jiang Shigong; Wang Wei; Xu Dianguo\nA new architecture for high efficiency maximum power point tracking in grid-connected photovoltaic system\nAuthors:Yuan Bo; Yang Xu; Li Donghao; Wang Zhaoan\nPower flow control of a distributed generation unit in micro-grid\nAuthors:Yong Xue; Jiamei Deng; Shuangbao Ma\nA novel method of energy conversion and storage in Photoelectric Micro-power Supply\nAuthors:He Yong-tai; Wang Lei\nA novel topology for solving the partial shading problem in photovoltaic power generation system\nAuthors:Qi Zhang; Xiangdong Sun; Yanru Zhong; Mikihiko Matsui\nEnergy trading model for optimal microgrid scheduling based on genetic algorithm\nAuthors:Chen Changsong; Duan Shanxu; Cai Tao; Liu Bangyin; Yin Jinjun\nPower quality enhancement by means of a novel control method of a three-phase grid-connected photovoltaic system\nAuthors:Li Chunling; Shi Jiying; Cao Wenjing; Wang Chengshan\nResearch of an active islanding detection based on slight asymmetry modulation\nAuthors:Weimin Chen; Wei Wang; Guocheng Chen\nAnti-islanding control of grid-connected photovoltaic inverter based on positive feedback frequency drift\nAuthors:Liu Jie; Yang Haizhu\nInvestigation of active islanding detection methods in multiple grid-connected converters\nAuthors:Mingyu Xue; Fangrui Liu; Yong Kang; Yu Zhang\nA novel stand-alone PV generation system based on variable step size INC MPPT and SVPWM control\nAuthors:Jiyong Li; Honghua Wang\nThree-phase grid-connected photovoltaic system with SVPWM current controller\nAuthors:Hui Zhang; Hongwei Zhou; Jing Ren; Weizeng Liu; Shaohua Ruan; Yongjun Gao\nAuthors:Yang Haizhu; Liu Jie\nResearch on control strategy combining pole-assignment and pr control in three-phase grid-connected inverter\nAuthors:Fei Liu; Xiaoming Zha\nAuthors:Fei Liu; Xiaoming Zha; Yan Zhou; Shanxu Duan\nA tranformerless grid-connected photovoltaic system with active and reactive power control\nAuthors:Su-Won Lee; Jae-Hyung Kim; Seong-Ryong Lee; Byoung-Kuk Lee; Chung-Yuen Won\nAuthors:Pan Geng; Weimin Wu; Yinzhong Ye; Yijian Liu\nThe cooling technology of solar cells under concentrated system\nAuthors:Ye Zhangbo; Li Qifen; Zhu Qunzhi; Pan Weiguo\nResearch on superconducting magnetic energy storage in the photovoltaic distributed generation\nAuthors:Hui Zhang; Xin Wang; Jing Ren; Bo Deng; Hai Dou; Yongjun Gao\nAuthors:Kang Li; Jie Wang\nAnalyze of current control strategy based on vector control for Permanent-Magnet Synchronous Generator in wind power system\nAuthors:Yao Weizheng; Kinglon Woo; Zhao Ruijie; Guo Wei; Wang Yue\nStudy on low voltage ride through characteristic of full power converter direct-drive wind power system\nAuthors:Li Jianlin; Zhuying; He Xiangtao; Xu Honghua\nImproved low voltage ride-through of wind farm using STATCOM and pitch control\nAuthors:Zhu Wu; Cao Rui-fa\nAuthors:Yao Xing-Jia; Liu Shu; Jiang Hong-Liang; Guo Chang-chun\nAggregating wind farm with DFIG in power system online analysis\nAuthors:Yongbo Yang; Xiaoming Zha\nResearch and control of SRG for variable-speed wind energy applications\nAuthors:Zhao Huang; Lingzhi Yi; Hanmei Peng; Kunyan Zhong\nResearch on decoupling control and low voltage ride-through of a double-fed wind power system\nAuthors:Zhang Chun-jiang; Wang Yong; Li Ya-Zhen; Kan Zhi-Zhong\nAuthors:Ba, O.; Depernet, D.; Ndiaye, P.; Berthon, A.\nA novel control strategy of wind turbine MPPT implementation for direct-drive PMSG wind generation imitation platform\nAuthors:Kun Han; Guo-zhu Chen\nInvestigation of the transmission line impedance effects on voltage quality and flicker emission for grid connected to wind turbines\nAuthors:Xiaohu Liu; Yong Kang; Lee, K.; Xinchun Lin; Chun Liu\nAnalysis of power quality on wind power fluctuation during HVDC overhaul period in Jeju island power system\nAuthors:Jae-Hong Kim; Pham Van-Hoan; Eel-Hwan Kim; Se-Ho Kim; Seong-Bo Oh; Kim Young-Hwan; Gil-Soo Jang\nSuppression of current peak of PFC converter connected to induction generator for wind power generation excited by voltage source converter\nAuthors:Kimura, N.; Tomoyuki Hamada; Sonoda, M.; Morizane, T.; Taniguchi, K.; Yasuyuki Nishida\nDynamic response of wind power generation based on DFIG under grid fault\nAuthors:Guo Jia-hu; Zhang Lu-hua; Cai Xu\nFault diagnosis of rectification circuit for doubly-salient electro-magnetic wind generator using excitation current\nAuthors:Yongshuai Zhang; Bo Zhou; Le Zhang\nWind/Photovoltaic hybrid power generator based on fuzzy control\nAuthors:Yi-feng Wang; Jian Wu; Jun-min Xu; Yun Zhang; Ning Chen\nOvervoltage protection of high power IGBTs in wind power converters under short circuit\nAuthors:Li Ming; Fang Xiong; Wang Yue; Zhang Leqiang; Wang Zhaoan; Liu Gang; Yao Weizheng\nWind turbine simulator based on DSEM\nAuthors:Cheng Fangshun; Zhou Bo; Zhang Le\nDesign and numerical analysis of a wind power generator with double stators\nAuthors:Dong Zhang; Shangyu Cai; Yu Gong; Jianzhong Jiang\nZero-voltage-switching push-pull forward three-level converter for low-voltage fuel cell applications\nAuthors:Shuichang Li; Xiaoyun Feng; Jia, J.B.; Ke Li\nEffects of fuel cell and DC-link voltage on boost converter efficiency in fuel cell-battery hybrid vehicles\nAuthors:Nikzad, M.R.; Radan, A.\nPEM fuel cell and battery hybrid system studied in Matlab/Simulink\nAuthors:Lian Dibo; Feng Xiaoyun; Li Shuichang; Gu Bochuan\nReal time simulation of power flow control strategies for fuel cell vehicle with energy storage by using Real Time Digital Simulator (RTDS)\nAuthors:Yuhang Deng; Foo, S.; Hui Li\nThe challenges of technologies for fuel cell and its application on vehicles\nAuthors:Lu Xueqin; Huang Fuzhen; Liu Gang; Qiu Rongfu\nAn analysis on the influence of interface inductor to STATCOM system with phase-shift control and corresponding design considerations\nAuthors:Guopeng Zhao; Jinjun Liu; Zhaoan Wang\nOnline monitoring and fault diagnose system of STATCOM\nAuthors:Chunyan Zang; Zhenjiang Pei; Junjia He; Jing Zhu; Wei Sun\nAn auto-disturbance rejection controller for STATCOM based on cascaded multilevel inverters\nAuthors:Xianglian Xu; Qing Zhang; Qian Cheng; Youxin Yuan; Yiping Xiao\nNew neutral point balancing strategy for five-level diode clamped converters used in STATCOM of wind energy conversion systems\nAuthors:Sun Guanchu; Lee, K.; Lin Xinchun; Li Chongbo\nA novel design approach of dc voltage balancing controller for cascaded H-bridge converter-based STATCOM\nAuthors:Yang Xingwu; Jiang Jianguo; Liu Shichao\nA novel hybrid current control strategy applied in Three-Phase Four-Leg APF\nAuthors:Liu Haichun; Ding Zhihui; Xie Shaojun\nImprovement for the closed-loop control of shunt Active Power Filter\nAuthors:Xiaofeng Sun; Ningning Li; Baocheng Wang; Xin Li\nNovel source current detection control of active power filter with selective harmonic compensation\nAuthors:Qian Fang; Xueqin Wu; Jinjun Liu\nThe research on stability of deadbeat current control in shunt active power filter\nAuthors:Chunlong Li; Baoping Guo; Nan Li\nResearch on adaptive inverse control strategy for Static Var Compensator\nAuthors:Guang Zeng; Peng Lu; Yanmin Su; Jinggang Zhang\nNew controller for magnetic-valve controllable reactor\nAuthors:Chen Xuxuan; Chen Baichao; Tian Cuihua\nSingle order harmonic detection with incremental algorithm of DFT\nAuthors:Tong Xiangqian; Shen Ming; Yin Jun; Li Mu\nDesign on digital LPF for time domain harmonic detecting algorithm\nA method for detecting fundamental current based on 2nd order series resonant filter\nAuthors:Liu Haichun; Xu Lizhi; Xie Shaojun\nPower flow estimation and line-loss-minimization control using UPFC in loop distribution system\nAuthors:Saino, R.; Takeshita, T.; Izuhara, N.; Ueda, F.\nA general framework for solving multi-objective optimization under uncertainty\nAuthors:Lingjun Tan; Chen Yang\nApplication of association rules mining in power demand-side management based on rough set\nA novel control strategy combined by both of energy optimal and time optimal control for voltage sag compensator\nAuthors:Pei Chen; Zenglu Chen; Yanfang Li\nAn improved particle swarm optimization algorithm for optimal power flow\nAuthors:Weibing Liu; Min Li; Xianjia Wang\nAdvance ACO system in optimizing power system PMU placement problem\nAuthors:Bo Wang; Dichen Liu; Li Xiong\nAnalysis of electric railway harmonic test and research on the suppression method\nAuthors:Wei Xiaopu; Xu Yonghai; Zhang Jutuan; Tang Sheng; Zhou Zejin; Xue Luoliang\nAn efficient frequency and amplitude tracking method for real-time power quality monitoring\nAuthors:Cai Tao; Duan Shanxu; Chen Changsong\nHarmonic and interharmonic currents generated by the VSI-fed adjustable speed drive\nAuthors:Yu Yu; Kai-pei Liu; Bo Fu; Yang Zhao\nStudy on digital control scheme of current loop in shunt Active Power Filter\nAuthors:Chen yuqing; He zhiqiang; Zhang kehu\nA new voltage control method for DC grid in distributed generations\nAuthors:Xianjin Zhang; Jie Chen; Chunying Gong\nAuthors:Zhanping You; Shijun You; Xianli Li; Changsheng Hao\nAuthors:Hu Guozhen; Cai Tao; Chen Changsong; Duan Shanxu\nDecoupled power control for an inverter based low voltage microgrid in autonomous operation\nAuthors:Yan Li; Yun Wei Li\nAuthors:Jianfei Zhao; Jianguo Jiang\nA robust parametric method for power harmonic estimation based on M-Estimators\nAuthors:Cai Tao; Duan Shanxu; Liu Bangyin\nA New single phase double-conversion UPS using PWAM method\nAuthors:Seung-Beom Lim; Hyoung-Ju Lee; Jung-Pyo Lee; Yun-Ha Lee; Soon-Chan Hong\nA constant power control digital electronic ballast for metal halide lamps\nAuthors:Xiaodong Sheng; Nianchun Wang; Zhenzhong Yu\nDesign of a digital controller for high frequency HID lamp ballast\nAuthors:Jingpeng Zhu; Fang Zhuo; Zhao'an Wang\nA model to design light emitting diodes matrix driven by constant current source\nAuthors:Tam, T.F.L.; Pong, B.M.H.\nResearch on a novel circuit topology for electronic ballast of HID lamps\nAuthors:Bo Feng; Jianan Cao; Mingjie Yang; Hao Wu\nLatest developments of high-frequency series load resonant inverter type built-in cooktops for induction heated all metallic appliances\nAuthors:Fujita, A.; Sadakata, H.; Hirota, I.; Omori, H.; Nakaoka, M.\nDual high frequency quasi-resonant inverter circuit by using power MOSFET for induction heating\nAuthors:Ishimaru, Y.; Oka, K.; Sasou, K.; Matsuse, K.; Tsukahara, M.\nManufacture of a continuous triangle-waveform scanning magnet power supply used in industrial irradiation acceleration\nAuthors:Jiankun Sun; Jiaojiao Long; Simo He; Haibo Xu; Deren Feng\nDesign and testing of silicon carbide JFETs based inverter\nAuthors:Sanbo Pan; Mi, C.; Lin, T.\nPSO algorithm applications in optimal demand decision\nAuthors:Jung-Chin Chen; Jong-Ching Hwang; Jeng-Shyang Pan; Yi-Chao Huang\nStudy on the arc-suppression coil based on sectional TCR\nAuthors:Chen Zhongren; Zhang Bo; Mei Ni\nEnd region three-dimensional magnetic flux calculation and error influence on small slenderness ratio AC exciter\nDigital control of double- pulsed gas metal arc welding machine\nAuthors:Deshang Sha; Xiaozhong Liao\nVibration features extraction of power transformer using an time-scale-frequency analysis method based on WPT and HHT\nAuthors:Shuyou Wu; Weiguo Huang; Fanrang Kong; Qiang Wu; Pingliang Zhu\nAuthors:Chunfang Wang; Zhaoan Wang; Kaiyan Wang\nAuthors:Yim-Shu Lee; Hon-Chee So; Chow, M.\nAuthors:Guangwei Meng; Hao Xiong; Huaishu Li\nAuthors:Li Xin; Chen Qiaofu; Wang Xuncan\nAuthors:Li Ding; Fu Peng\nAuthors:Rong Zhang; Zichen Zhang; Jian Chen\nAuthors:Poon, N.K.; Liu, C.P.\nAuthors:Sakurai, T.; Funato, H.; Ogasawara, S.\nAuthors:Bing Shen; Xiaofeng Zhang; Dahua Zhou\nAuthors:Wu Yan; Zheng Ji Hao; Zheng, T.Q.\nAuthors:Gong haixia; Zhao jie; Meng qingxin; Li peng; Song Liang\nAuthors:Hao Yongsheng; Han Lujie; Wang Guanglong\nAuthors:Junhong Zhang; Yunping Zou; Wei Gao\nAuthors:Zhang Yadong; Ruan Jiangjun; Liu Shoubao\nAuthors:Huang Zhaoxia; Zou Yunping\nAuthors:Duan Guangbin; Hu Shougen; Zhao Jun; Wang Lijue; Shen Jinggang\nAuthors:Wenzhen Fu; Bo Zhang; Dongyuan Qiu\nAuthors:Xinbo Liu; Yuanjun Zhou; Shuohan Ma\nAuthors:Xu Pingfan; Qiu Dongyuan; Zhang Bo\nAuthors:Li, Q.; Lim, M.; Sun, J.; Ball, A.; Ying, Y.; Lee, F.C.; Ngo, K.D.T.\nModel predictive control -- a simple and powerful method to control power converters\nAuthors:Rodriguez, J.; Cortes, P.; Kennel, R.; Kazrnierkowski, M.P.\nAuthors:Kolar, J.W.; Biela, J.; Minibock, J.\nRevisit power conversion circuit topologies-recent advances and applications\nPower semiconductor devices and smart power IC's - the enabling technology for future high efficient power conversion systems -\nAuthors:Cho, B.H.; Bae, H.S.; Lee, J.H.\nAuthors:Shigekane, H.; Fujihira, T.; Sasagawa, K.; Seki, Y.; Takahashi, Y.; Takai, A.\nLearning and dynamics in social networks\nAACC Awards for 2009\nWomen in Control lunch\nApplied fractional calculus in controls and signal processing (M-1)\nOptimal control of switching/hybrid systems with applications to hybrid electric vehicles, dc-dc converters, and autonomous mobile robots (M-2)\nAuthors:Ray DeCarlo; Steve Pekarek; Milos Zefran\nReal-time optimization of nonlinear dynamical systems (M-3)\nAuthors:M. Guay; M. Perrier; B. Srinivasan\nQuantitative local analysis of nonlinear systems using sum-of-squares decompositions (T-1)\nAuthors:Andrew Packard; Gary Balas; Pete Seiler; Ufuk Topcu\nOn stock market trading and portfolio optimization: A control systems perspective (T-2)\nAuthors:James A. Primbs; B. Ross Barmish; Daniel E. Miller; Yuji Yamada\nModel Predictive Control: Design and implementation using MATLAB (T-3)\nThe power, beauty and excitement of a field that spans science, technology, engineering and mathematics\nAuthors:Bozenna Pasik-Duncan; Pamela Whiffen; Dominique Duncan\nAuthors:Mahyar Fotoohi; Rohit Shenoy\nControl system design, prototyping and deployment with an integrated software and hardware platform\nAuthors:Jeannie Sullivan Falcon\nHow can we improve the outreach and impact of control science and engineering?\nAuthors:Anuradha Annaswamy; Kishan Baheti; Martin Buss; Alkis Konstantellos; Greg Stewart\nSimulation of Atomic Force Microscopy (AFM) with applications to image analysis and control design\nControl engineering and related systems approaches for improving behavioral health\nAuthors:Daniel E. Rivera; Fahmida Chowdhury\nControl research and development in India: A conversation with Mathukumalli Vidyasagar\nSpecial Student contest on a Collective Intelligence Challenge Problem\nAuthors:Bozenna Pasik-Duncan; Fahmida Chowdhury\nAuthors:Haitham Hindi; Lara S. Crawford\nApplied Fractional Calculus in controls\nSee more:\t1 500 750 800 850 900 950 1000 1040 1050 1060 1070 1080 1090 1094 1095 1096 1097 1098 1099 1100 1101 1102 1103 1104 1105 1106 1110 1120 1130 1140 1150 1160 1200 1250 1300 1350 1400 1450 1500 2000 2500 3000 3500 4000 5000 6451


timestamp: tn

url: =Combined three-phase inverter operating in voltage or current control mode--《Electric Machines and Control》2011年02期\n《Electric Machines and Control》 2011-02\nLI Li1,HUANG Song-bai2,WANG Hong-liang3(1.College of Electrical and Information,Hunan Institute of Engineering,Xiangtan 411101,China;2.College of Electrical and Electronic Engineering,Huangshi Institute of Technology,Huangshi 435003,China;3.College of Electrical and Electronic Engineering,Huazhong University of Science & Technology,Wuhan 430074,China)\nTo prevent inverter stopping within load short-circuit,a hybrid scheme is proposed,which controls the output voltage being constant in voltage control model(VCM) and controls the output current is constant in current control model(CCM).The equivalent inverter topology and mathematical models were obtained in two models for combined three-phase inverter.A hybrid control strategy was given.On the one hand,the PID control and the repetitive control were used in VCM to obtain the fast dynamic responses and low harmonic distortions.On the other hand,the state feedback control was used in CCM.Pole assignment was employed in designing parameter of the PID controller and state feedback,and the repetitive control design process was given.Experimental results using two 400KVA parallel inverters show that the proposed control scheme has excellent output waveform in state-steady operation and good reliability switching between VCM and CCM.\n1 Wang Hongliang1 Yue Xiumei2 Pei Xuejun1 Kang Yong1 (1. Huazhong University of Science and Technology Wuhan 430074 China 2. Huangshi Institute of Technology Huangshi 435003 China);A Hardware and Software Current Limit Protection Strategy for the Combined Three-Phase Inverter[J];Transactions of China Electrotechnical Society;2008-09\n2 LI Jian1, KANG Yong2, CHEN Jian2 (1. Emerson Network Power Co., Ltd., Shenzhen 518057, Guangdong Province, China; 2. Huazhong University of Science and Technology, Wuhan 430074, Hubei Province, China);A HYBRID FUZZY-REPETITIVE CONTROL SCHEME FOR 400HZ CVCF INVERTERS[J];Proceedings of the Csee;2005-09\n3 WAN Jian-ru1 , PEI wei 1, ZHANG Guo-xiang2 (1. School of Automation, Tianjin University, Nankai District, Tianjin 300072, China; 2. Tianjin University of Technology and Education, Nankai District, Tianjin 300222, China);RESEARCH ON SYNCHRONIZATION DEADBEAT CONTROL ALGORITHM FOR UNIFIED POWER QUALITY CONDITIONER[J];Proceedings of the Csee;2005-13\n4 LIU Fei, ZOU Yun-ping, LI Hui (Huazhong University of Science and Technology, Wuhan 430074, HuBei Province, China);THE REPETITIVE CONTROL ALGORITHM BASED CURRENT WAVEFORM CORRECTION FOR VOLTAGE SOURCE INVERTERS[J];Proceedings of the Csee;2005-19\n5 ZHUANG Jin-wu,ZHANG Xiao-feng,YANG Feng,WANG Chen(Department of Electrical engineering,Naval University of Engineering,Wuhan430033,Hubei Province,China);ANALYSIS AND DESIGN OF FAULT CURRENT LIMITER FOR SHIP DC POWER SYSTEM[J];Proceedings of the Csee;2005-20\n6 ZHANG Li,QIU Shui-sheng(School of Electronics and Information,South China University of Technology,Guangzhou 510640,Guangdong Province,China);Analysis and Experimental Study of Sliding Mode Control Inverter[J];Proceedings of the CSEE;2006-03\n7 PENG Li, ZHANG Yu, KANG Yong, CHEN Jian (Huazhong University of Science and Technology, Wuhan 430074, Hubei Province, China);Design Method of Analog Controller for High-performance Inverter[J];Proceedings of the CSEE;2006-06\n8 PENG Li, ZHANG Kai, KANG Yong, CHEN Jian (Huazhong University of Science and Technology, Wuhan 430074, Hubei Province, China);Performance Analysis and Improvement of Digital Controlled PWM Inverter[J];Proceedings of the CSEE;2006-18\n9 MA Hai-xiao, GONG Chun-ying, YAN Yang-guang (Aero-power sci-tech Center Nanjing University of Aeronautics and Astronautics, Nanjing 210016, Jiangsu Province, China);Output Filter Design of Half Bridge Dual-buck Inverter Using Hysteresis Current Controller[J];Proceedings of the CSEE;2007-13\n10 SHEN Guo-qiao, XU De-hong (College of Electrical Engineering, Zhejiang University, Hangzhou 310027, Zhejiang Province, China);Current Control for Grid-connected Inverters by Splitting the Capacitor of LCL Filter[J];Proceedings of the CSEE;2008-18\n3 YUE Zhou1,ZHU Jian-lin2,YANG Ling1(1. Dept. of Communication and Eng.,Hunan University of Humanities and Science & Technology,Loudi 417001,China; 2. College of Information Eng.,Xiangtan University,Xiangtan 411105,China);Study of AC-DC-AC matrix converter based on AC chopper inverter[J];Advanced Technology of Electrical Engineering and Energy;2009-02\n4 Zhang Hui Liu Jinjun Huang Xinming Wang Zhaoan (Xi'an Jiaotong University Xi'an 710049 China);Modeling and Analysis of DC Link Voltage Control for Universal Power Quality Controllers[J];Transactions of China Electrotechnical Society;2007-04\n5 Zheng Xuesheng Li Chunwen Tang Honghai Rong Yuanjie (Tsinghua University Beijing 100084 China);Integral Sliding Mode Control for Three-Phase PWM Voltage Source Inverter[J];Transactions of China Electrotechnical Society;2007-12\n6 Hu Xuefeng1 Tan Guojun2 (1.Anhui University of Technology Ma’ anshan 243002 2.College of Electrical Engineering & Information of CUMT Xuzhou 221008 China);The Multiple Control Strategy for SPWM Inverter[J];Transactions of China Electrotechnical Society;2008-04\n7 Zhang Chunjiang1,2 Zhang Jing1 Wu Weiyang1 Xu Dianguo2(1.Yanshan University Qinhuangdao 066004 China 2.Harbin Institute of Technique Harbin 150001 China);High-Frequency Link Inverter Waveform Control With Resonant Controller Based on Delta Operator[J];Transactions of China Electrotechnical Society;2008-07\n8 Leng Zhaoxia1 Liu Jian2 Liu Qingfeng1 Wang Huamin1(1.Xi'an University of Technology Xi'an 710048 China 2.Xi'an University of Science and Technology Xi'an 710054 China);A Unified Discrete Model of Switching DC/DC Converters[J];Transactions of China Electrotechnical Society;2009-04\n9 Zheng Xuesheng Li Chunwen Rong Yuanjie (Tsinghua University Beijing 100084 China);Hybrid Dynamic Modeling and Model Predictive Control for DC/AC Converter[J];Transactions of China Electrotechnical Society;2009-07\n10 Zeng Fanpeng(Harbin Institute of Technology);A Simple Deadbeat Control of Shunt Active Power Filter[J];Electrotechnical Application;2006-08\n1 Wang Changsheng~1 Zhang Bo~1 Wang Jianqiang~2 (1.Wuhan Institute of Marine Electric Propulsion,CSIC,Wuhan; 2.National Key Laboratory Vessel Integrated Power System Technology,Wuhan 430064);Study on Output Waveform of Inverter Control Based on Matlab/Simulink[A];[C];2008\n2 DONG Peng BI Tian-shu XUE An-cheng YANG Qi-xun (North China Electric Power University,Beijing 102206,China);STUDY OF CONTROL STRATEGY OF GRID-CONNECTED INVERTER[A];[C];2008\n3 Hu Xuezhi Nan Guangqun (College of Electric and Electronics Engineering, Huangshi Institute of Technology, Huangshi 43500, China);Research on the Voltage Source SVPWM Frequency-varying and Speed-adjusting System[A];[C];2008\n4 Chen Hongzhi,Wang Xu School of Information Science and Engineering, Northeastern University,China No.11,Lane 3,Wenhua Road,Heping District,Shenyang,110004 China;Design Method of Controller for High-performance Voltage Inverter[A];[C];2009\n5 Wang Liang-ping~*,He Zhong-yi,Xing Yan,Xu Zhong-hua,Wu Hong-fei Nanjing University of Aeronautics and Astronautics,Nanjing,210016,China;Hybrid Variable-Band Hysteresis DPM and Repetitive Control for a 400 Hz Inverter[A];[C];2008\n1 Hong Feng Liu Jun (Nanjing University of Aeronautics & Astronautics Nanjing 210016 China);Hysteresis Current Controled Dual Buck Half Bridge Inverter[J];Transactions of China Electrotechnical Society;2004-08\n2 Zhou Xuesong Xiang Longrui Ma Youjie Xu Xiaoning (Tianjin University of Technology Tianjin 300191 China);The Development and Application of Fault Current Limiting Device[J];Transactions of China Electrotechnical Society;2004-11\n4 ZHANG Chao, YANG Geng, DU Ji-hong(Automation Department, Tsinghua University, Beijing 100084, China);A new algorithm for random harmonic current detection of active power filter[J];Electric Machines and Control;2002-03\n5 FU Jie, PENG Li, ZHOU Liang (College of Electrical and Electronic Engineering, Huazhong University of Science and Technology, WuHan HuBei 430074, China);A Waveform Control Scheme for SVPWM Three-phase CVCF Inverters Based on Repetitive Control[J];Power Supply Technologies and Applications;2006-02\n8 LI Guo yong, LIU Han kui, XU Dian guo, WANG Yan (Harbin Institute of Technology, Harbin 150001);Study on Unified Power Quality Conditioner[J];Power Electronics;2003-01\n9 Li Yumei, Ma Weiming(Naval University of Engineering, Wuhan 430033, China);APPLICATION OF DEADBEAT CONTROL IN SERIES ACTIVE POWER FILTER[J];Automation of Electric Power Systems;2001-08\n10 Circuit Breaker$$$$ Qianqi, Zhang Peiming ( Fuzhou University, Fuzhou.35002)$$$$;Current-Limiting Technologies of DC Low-Voltage[J];ELECTRIC SWITCHGEAR;2000-01


url: =支持 反对 引用 08-19 07:01发表\n支持 反对 引用 08-18 22:17发表\nxiao hu xing er shou fang zhuang xiu shui dian yi ban hua duo shao qianxin fang yi mao jian zhuang xiu ji qiao quan jiedian shi ji bei jing qiang zhuang xiu ji qiao you na xiezhong qing hun fang zhuang xiu gong si na jia hao ?heng da jing zhuang xiu fang zi hao bu hao\nge duan xie gui zhuang xiu xiao guo tu na li zhao de bi jiao hao ?shang hai zhuang shi wang you na xie ? shang hai zhuang zuo wang you na xie ?tian jin pian du ru he zhuang xiu cheng lia shicao gen zhuang xiu dui hao bu hao ? ji\n支持 反对 引用 08-18 21:42发表\nqiu zan mei zhuang shi gong si de yi xie zan tan ju zizhuang xiu you qi yan se ru he da peixin lv kang zhuang shi you ji ge fen gong si ya !jia zhuang gang jie gou ge lou pu mu gong ban neng zuo di nuan ma\n支持 反对 引用 08-18 21:24发表\nda lian zhuang shi zhuang xiu gong si pai ming qian shi you na xiezhuang xiu de shi hou qiang mian gua wang you shi me yong ?chang sha di hao zhuang shi di zhilou di 2 wan kuai zhuang xiu fang zi\ndian shi qiang zhuang xiu xiao guo tu da quan you bo li de mapiao chuang hu lan an zhuang fang fa ji zhuang xiu xiao guo tu xin shangzui xin 6 0 ping mi zhuang xiu xiao guo tu na li zhao ?chi feng bie shu zhuang xiu she jixin fang zhuang xiu huan xu yao chan qiang pi ma ?\n1 4 wan xin fang zhuang shi me feng ge jia dian yi you2 ping mi xiao yang tai zhuang xiu she ji yuan ze you na xiecheng du zhuang xiu gong si shi qiang you na xie a qiu tui jiantian jin zhuang shi cheng you na xie xin xing zhuang xiu cai liao ru he\n支持 反对 引用 08-17 19:06发表\n支持 反对 引用 08-16 16:07发表\n绾戒鸡��VS1. FSV Mainz 05婊��ㄦ�伴�唬�2018绌�����涓�绌跨��瑁よ��缁\n支持 反对 引用 08-16 07:56发表\n支持 反对 引用 08-14 20:14发表\n支持 反对 引用 08-14 19:45发表\n支持 反对 引用 08-14 19:28发表\n支持 反对 引用 08-14 17:32发表\n支持 反对 引用 08-14 17:02发表\n支持 反对 引用 08-14 17:01发表\n支持 反对 引用 08-14 16:17发表\n支持 反对 引用 08-14 15:06发表


url: =Gongyi Hengji New Design Jaw Crusher Price For Primary Stone Crushing-GOLD MINING\njaw stone crusher primary price, jaw stone crusher primary price\nAlibaba.com offers 4,031 jaw stone crusher primary price products. A wide variety of jaw stone crusher primary price options are available to you, such as warranty of core components, local service lo ion, and key selling points.\nStone Crushing Plant Mobile Jaw Crusher Design For Coal Gangue Crushing\nStone Crushing Plant Mobile Jaw Crusher Design For Coal Gangue Crushing With Good Price , Find Complete Details about Stone Crushing Plant Mobile Jaw Crusher Design For Coal Gangue Crushing With Good Price,Stone Crushing Plant,Coal Gangue Crusher,Jaw Crusher from Crusher Supplier or ManufacturerGongyi Zhanjie Hengtong Machinery Factory\nChina Primary Stone Jaw Crusher manufacturers Select 2021 high quality Primary Stone Jaw Crusher products in best price from certified Chinese Construction Stone Material manufacturers, Stone Production Line suppliers, wholesalers and factory on MadeinChina.com, page 2\nChina PE250X400 Stone Jaw Crusher for Primary Crushing with Low Price\nChina PE250X400 Stone Jaw Crusher for Primary Crushing with Low Price, Find details about China Crusher, Jaw Crusher from PE250X400 Stone Jaw Crusher for Primary Crushing with Low Price Shanghai SuperAbove Industry Holdings Co., Ltd.\nPrevious: List 400 Tons Per Hour Cemnets Mill Aluminium Rolling Crusher\nConcrete Crusher Fluid Couplers Thailand Crusher Regrind/ Ashenvale Mineral Processing Route/ Cement Clinker Grinding Unit Mining And Construction Machine/ Hammer Type Iron Ore Crusher For Sale In China Job On Gold Plant In Zabi/\nCement Plant Manufacturers In Bangalore/ Coal Mill Singrauli In Mp/ High Power Stone Spring Cone Crusher/ Crushing Machine Stone Crusher China Css Mantle/


url: =Obstet Gynecol Sci. 2018;61(3):337-343. Published online 2018 Apr 23\tDOI: https://doi.org/10.5468/ogs.2018.61.3.337\nSerum Exosomal lncRNA DLX6-AS1 Is a Promising Biomarker for Prognosis Prediction of Cervical Cancer\nXian-zhen Ding, Shi-qiang Zhang, Xiao-lan Deng, Jin-hu Qiang\nTechnology in Cancer Research & Treatment.2021; 20: 153303382199006. CrossRef\nShuang Ye, Xiaohua Sun, Bin Kang, Fei Wu, Zhong Zheng, Libing Xiang, Mylène Lesénéchal, Fabienne Heskia, Ji Liang, Huijuan Yang\nDetection of Recurrent Cervical Cancer and Prediction of Its Patient Survival with Serum Squamous-Cell Carcinoma-Antigen and 2-[18F] Fluoro-2-Deoxy-d-Glucose-Positron Emission Tomography/Computed Tomography\nNan-Jing Peng, Chin Hu, Yu-Li Chiu, Chang-Ching Yu, Chia-Jung Li, Jim Jinn-Chyuan Sheu, An-Jen Chiang\nDiagnostics.2020; 10(9): 657. CrossRef\nDiagnostic Strategies for Recurrent Cervical Cancer: A Cohort Study\nXiaopei Chao, Junning Fan, Xiaochen Song, Yan You, Huanwen Wu, Ming Wu, Lei Li\nPrognostic biomarkers of cervical squamous cell carcinoma identified via plasma metabolomics\nHuihui Zhou, Qi Li, Tong Wang, Hong Liang, Yanan Wang, Yani Duan, Min Song, Yaoxian Wang, Hong Jin\nMedicine.2019; 98(26): e16192. CrossRef


url: =16 Jul 2021 SERC Institute for Infocomm Research Brain Functional Changes in Stroke Following Rehabilitation Using Brain-Computer Interface-Assisted Motor Imagery With and Without tDCS: A Pilot Study Mengjiao Hu, Hsiao-Ju Cheng, Fang Ji, Joanna Su Xian Chong, Zhongkang Lu, Weimin Huang, Kai Keng Ang, Kok Soon Phua, Kai-Hsiang Chuang, Xudong Jiang, Effie Chew, Cuntai Guan, Juan Helen Zhou\n7 May 2021 SERC Institute for Infocomm Research Dispersion-Engineered Wideband Low-Profile Metasurface Antennas Wei Liu, Zhi Ning Chen, Xianming Qing\n7 May 2021 SERC Institute for Infocomm Research A*3D Dataset: Towards Autonomous Driving in Challenging Environments\n25 Jan 2021 SERC Institute for Infocomm Research SWAN: Swarm-Based Low-Complexity Scheme for PAPR Reduction Luis Fernando Abanto-Leon, Gek Hong Allyson Sim, Matthias Hollick, Amnart Boonkajay, Fumiyuki Adachi\n24 Aug 2020 SERC Institute of High Performance Computing A Tool to Analysis of GNSS Satellite Availability in Urban Environments Binfang Wang, Wei-Jiang Zhao, En-Xiao Liu\n10 Apr 2020 SERC Institute for Infocomm Research Temperature sensor based on selective liquid-filled twin-core photonic crystal fiber Chenlu Wang, Perry Ping Shum, Dora Juan Juan Hu, Zhilin Xu, Shuhui Liu, Yongwei Zhu, Yu Zheng, Baocheng Li, Yang Chen, Weijun Tong, Yue Meng, Georges Humbert\n15 Mar 2020 SERC Institute for Infocomm Research Broadband Circularly Polarized Metasurface Antenna Fed by a Rotated L-Shaped Probe Wei E. I. Liu, Zhi Ning Chen, Xianming Qing\n15 Mar 2020 SERC Institute for Infocomm Research Broadband Low-Profile L-Probe Fed Metasurface Antenna with TM Leaky Wave and TE Surface Wave Resonances Wei E.I. Liu, Zhi Ning Chen, Xianming Qing\n27 Feb 2020 BMRC Bioinformatics Institute Early transmission patterns of coronavirus disease 2019 (COVID-19) in travellers from Wuhan to Thailand, January 2020 Noppavan Janejai, Pilailuk Okada, Rome Buathong, Siripaporn Phuygun, Thanutsapa Thanadachakul, Sittiporn Parnmen, Warawan Wongboot, Sunthareeya Waicharoen, Supaporn Wacharapluesadee, Sumonmal Uttayamakul, Apichart Vachiraphan, Malinee Chittaganpitch, Nanthawan Mekha, Sopon Iamsirithaworn, Raphael T. C. Lee, Sebastian Maurer-Stroh\n30 Jan 2020 BMRC Singapore Institute for Clinical Sciences Savoury and kokumi enhancement increases perceived calories and expectations of fullness in equicaloric beef broths Claudia S. Tang, Vicki W. K. Tan, Pey Sze Teo, Ciaran G. Forde\n8 Jan 2020 BMRC Singapore Institute for Clinical Sciences Fibroblast Growth Factor-21, Leptin, and Adiponectin Responses to Acute Cold-Induced Brown Adipose Tissue Activation Lijuan Sun, Jianhua Yan, Hui Jen Goh, Priya Govindharajulu, Sanjay Verma, Navin Michael, Suresh Anand Sadananthan, Christiani Jeyakumar Henry, S. Sendhil Velan, Melvin Khee-Shing Leow\n24 Dec 2019 BMRC Bioinformatics Institute Flavivirus Cross-Reactivity to Dengue Nonstructural Protein 1 Antigen Detection Assays Li Kiang Tan, Wing Yan Wong, Hui Ting Yang, Roland G. Huber, Peter J. Bond, Lee Ching Ng, Sebastian Maurer-Stroh, Hapuarachchige Chanditha Hapuarachchi\n9 Dec 2019 SERC Institute for Infocomm Research Malicious Behavior Detection based on Extracted Features from APIs for Windows Platforms Dima Rabadi, Kar Wai Fok, Zhongmin Dai, Teo Sin Gee\n31 Aug 2019 SERC Advanced Remanufacturing and Technology Centre Effect of laser-induced microstructure in cavitation erosion performance of martensitic stainless steel Niroj Maharjan, Dennise Tanoko Ardi\n26 Jun 2019 BMRC Singapore Institute for Clinical Sciences Hyperthyroidism in the personalized medicine era: the rise of mathematical optimization Fanwen Meng, Enlin Li, Paul Michael Yen, Melvin Khee Shing Leow\n22 Jun 2019 SERC Institute of Materials Research and Engineering Direct-write piezoelectric ultrasonic transducers for pipe structural health monitoring Shifeng Guo, Shuting Chen, Lei Zhang, Weng Heng Liew, Kui Yao\n12 Jun 2019 SERC Institute of Materials Research and Engineering Ultrasonic Transducers from Thermal Sprayed Lead-free Piezoelectric Ceramic Coatings for In-situ Structural Monitoring for Pipelines Shifeng Guo, Lei Zhang, Shuting Chen, Chee Kiang Ivan Tan, Kui Yao\n12 May 2019 SERC Institute for Infocomm Research Implementing Prosodic Phrasing in Chinese End-to-end Speech Synthesis Yanfeng Lu, Minghui Dong, Ying Chen\n3 May 2019 SERC Institute for Infocomm Research Pedestrian Trajectory Prediction Using RNN Encoder-Decoder with Spatio-Temporal Attentions Eam Khwang Teoh, Niraj Bhujel, Wei-Yun Yau\n17 Apr 2019 SERC Institute for Infocomm Research Embedding Physical Augmentation and Wavelet Scattering Transform to Generative Adversarial Networks for Audio Classification with Limited Training Resources Kah Kuan Teh, Huy Dat Tran\n14 Apr 2019 BMRC Bioinformatics Institute Role of the IgE variable heavy chain in FcεRIα and superantigen binding in allergy and immunotherapy Wai-Heng Lua, Chinh Tran-To Su, Joshua Yi Yeo, Jun-Jie Poh, Wei-Li Ling, Ser-Xian Phu, Samuel Ken-En Gan\n20 Dec 2018 SERC Institute for Infocomm Research Reciprocal Collision Avoidance for Nonholonomic Mobile Robots Lei Wang, Zhengguo Li, Changyun Wen, Renjie He, Fanghong Guo\n27 Nov 2018 BMRC Bioinformatics Institute The Geographic Variation of Surveillance and Zoonotic Spillover Potential of Influenza Viruses in Domestic Poultry and Swine Kathryn A. Berger, David M. Pigott, Francesca Tomlinson, David Godding, Sebastian Maurer-Stroh, Biruhalem Taye, Fernanda L. Sirota, Alvin Han, Raphael T. C. Lee, Vithiagaran Gunalan, Frank Eisenhaber, Simon I. Hay, Colin A. Russell\n18 Nov 2018 SERC Institute for Infocomm Research Optimized Vehicle Localization based on Surveyed-Maps in Urban Environment S. Z. Ahmed, K. Zhang, V. B. Saputra, C. H. Pang, Y. Chen\n18 Nov 2018 SERC Institute for Infocomm Research A Wavelet Frame Energy-based Segmentation Method for Biomedical Images Shoulie Xie, Weimin Huang, Zhongkang Lu, Su Huang\n1 Oct 2018 SERC Institute for Infocomm Research A Substrate Integrated Cavity Backed Filtering Slot Antenna Stacked With a Patch for Frequency Selectivity Enhancement Kai Xu, Jin Shi, Xianming Qing, Zhi Ning Chen\n14 Sep 2018 BMRC Bioinformatics Institute Single-molecule studies of flavivirus envelope dynamics: Experiment and computation Kamal Kant Sharma, Jan K. Marzinek, Sarala Neomi Tantirimudalige, Peter J. Bond, Thorsten Wohland\n4 Sep 2018 SERC Advanced Remanufacturing and Technology Centre Dynamic Regions to Enhance Safety in Human-Robot Interactions Dejanira Araiza-Illan, Alberto De San Bernabé Clemente\n16 May 2018 SERC Institute of Materials Research and Engineering High-Frequency Ultrasonic Methods for Determining Corrosion Layer Thickness of Hollow Metallic Components Hongwei Liu, Lei Zhang, Hong Fei Liu, Shuting Chen, Shihua Wang, Zheng Zheng Wong, Kui Yao


url:
=Yin yue xiang shang chu ban (Agent) - City Libraries, City of Gold Coast\nYin yue xiang shang chu ban\nThe agent Yin yue xiang shang chu ban represents an entity (e.g. person, organization, etc.) associated with resources found in City Libraries, City of Gold Coast.\nThe Resource Yin yue xiang shang chu ban\n2 Items by the Agent Yin yue xiang shang chu ban\nDi zi, xiao ti qin han chang jing lu : can guan yue qi bo wu guan, An de li ya. hou ya (Andrea Hoyer) wen. tu ; Lai ya jing yi\nShu shu dai wo ting yin yue hui, Andeliya Houya wen. tu ; Lai Yajing yi\nContext of Yin yue xiang shang chu ban\nTai bei shi, Yin yue xiang shang chu ban, Tai bei xian wu gu xiang, Ling yu guo ji gong si zong jing xiao, 2005min 94\nTai bei shi, Yin yue xiang shang chu ban, Tai bei xian xin zhuang shi, Ling yu guo ji gong si zong jing xiao, 2005\n
 Data from Yin yue xiang shang chu ban - City Libraries, City of Gold Coast
\nData Citation of the Agent Yin yue xiang shang chu ban


url: =Luxurious Horizon Window Treatments Of Coverings Archives Fashions | Hccalessangliers horizon window treatments waukegan. horizon window treatments reno nv. horizon window treatments reno.\nHome » Interior Ideas » Horizon Window Treatments » Luxurious Horizon Window Treatments Of Coverings Archives Fashions\nRelated Tags: #horizon window treatments waukegan #horizon window treatments reno nv #horizon window treatments reno #horizon window treatments reviews #horizon window treatments new york ny #horizon window treatments nyc reviews #horizon window treatments nyc #window treatments by horizon hoboken #dakota horizon window treatments #horizon window treatments inc


url: =Chengdu Taihao Hotel- Chengdu Hotels & Sichuan Reservations -ChinaHotels 2 Longxiangjiayuan, Zhonghe Community (Zhonghe Jiedao)\nChengdu Taihao Hotel Best Deals\nChengdu Taihao Hotel Cheap\n4. Chengdu Art Hotel\n1. Qingyang Temple\n2. Erwang Temple-Honor\n3. Qionglai Tiantai Mo\n4. Luodai Ancient Tow\n5. Stone elephant Lak\n7. Jinsha site museum\n10. Mt. Siguniang\nChina Hotels > Sichuan Hotels> Chengdu Hotels> Chengdu Taihao Hotel\nBook the Chengdu Taihao Hotel from ChinaHotels - Situated in the Chengdu High and New , this hotel is close to Homeland Hotel and Holiday Inn Chengdu Century City. Nearby attractions also include Qingyang Temple and Erwang Temple-Honoring the Dujiangyan Engineers.\nChengdu Taihao Hotel Sichuan Chengdu Preparatory Three-star New2018-04-20 Hotel Remark:\nHotel Address: SichuanChengdu 2 Longxiangjiayuan, Zhonghe Community (Zhonghe Jiedao)\nHotel Website: Chengdu Taihao Hotel\nView map of Chengdu Taihao Hotel hotels\nChengdu Taihao Hotel Introduction\nLocated in Zhonghe Town, the Chengdu Taihao Hotel (Chengdu Taihao Jiudian) is close to the New Chengdu International Exhibition & Convention Center.\nOn offer are fully-equipped rooms with international direct dial phones.\nGuests can take sauna or have massage to relax.\nChengdu Taihao Hotel Hotels Photos\nChengdu Taihao Hotel Room Services\nCentral air conditioning, Slipper, Writing desk, Bathroom magnifying make-up mirrior, 24 hours hot water, Electric kettle, Tea/coffee pot, Multi-type electrical outlet, 110V electrical outlet, Separate shower room, Hair dryer, domestic direct-dial, International direct-dial,\nChengdu Taihao Hotel Hotel Services\nService apartment Ticket office, Taxi calling service, Front desk valuables safe, Morning call service, Free parking, Gift shop, Escalator/elevator, Massage, Sauna,\nRestaurant management24 hours in-room dining, Room service,\nChengdu Taihao Hotel Hotels Deals\nChengdu Taihao Hotel Hotel Reviews


url: =Bokun Yan - researchr alias\nPublications by 'Bokun Yan'\nEvaluation of Spatial-Temporal Variation of Vegetation Restoration in Dexing Copper Mine Area Using Remote Sensing DataXiangwen Zhang, Rongyuan Liu, Fuping Gan, Wei Wang 0032, Ling Ding, Bokun Yan. igarss 2020: 2013-2016 [doi]\nEstimating the Distribution of Heavy Metals in Soil from Airborne Hyperspectral Imagery Over Jilin Gongzhuling Gold Mining Area of ChinaRongyuan Liu, Fuping Gan, Bokun Yan, Junchuan Yu, Huazhong Ren, Huiyun Yang. igarss 2019: 1813-1816 [doi]\nA generalized FPAR retrieval method from different satellite sensorsRongyuan Liu, Huazhong Ren, Suhong Liu, Bokun Yan, Fuping Gan. igarss 2017: 3878-3881 [doi]


url: =P6D-04P | Omron Relay Socket, 250V ac for use with G6D Series | RS Components\nTillv. art.nr P6D-04P\nG6D Miniature PCB Relay Data Sheet\nOrder Code 376-717\nBeskrivning Omron Relay Socket, 250V ac for use with G6D Series\nTillverkares artikelnr. P6D-04P\nFor Use With G6D Series


url: =dblp: Yongfa Hong\nShu Li, Yongfa Hong, Changjun Jiang, Cheng Wang:\nMulticast capacity and delay trade-offs in ad hoc networks with random iid mobility model. Wireless Communications and Mobile Computing 10(3): 349-360 (2010)\nJuan Xu, Changjun Jiang, Aihuang Guo, Yongfa Hong, Shu Li, Xingzhen Bai:\nLower bounds on lifetime of ultra wide band wireless sensor networks. Wirel. Networks 16(6): 1739-1748 (2010)\nJuan Xu, Yongfa Hong, Changjun Jiang:\nBounds on lifetime of cluster-based ultra-wide band wireless sensor network. Int. J. Ad Hoc Ubiquitous Comput. 3(3): 159-166 (2008)\nJuan Xu, Yongfa Hong, Lin Chen:\nBound on the Operational Lifetime of Ultra Wide Band Sensor Network. ICICIC (1) 2006: 80-84


url: =Meetings & Events at Cedar Hotel Guangzhou, Guangzhou, China\nAsia North Asia China Guangzhou, China Cedar Hotel Guangzhou Key Highlights\nCedar Hotel Guangzhou is located in guangzhou huangpu district Guangzhou city feng le middle road no. 50 (whampoa, economic development zone), and Zhongshan road junction of BRT, subway line 5 at the exit, is the only company in Huangpu district of Guangzhou international business hotel concerning ...\nCedar Hotel Guangzhou is located in guangzhou huangpu district Guangzhou city feng le middle road no. 50 (whampoa, economic development zone), and Zhongshan road junction of BRT, subway line 5 at the exit, is the only company in Huangpu district of Guangzhou international business hotel concerning foreign affairs.\nThe hotel has more than 160 luxurious guest rooms of all kinds, highly personalized, humanized service.Shandong native Chinese restaurant, the food chain is the flavor, luxurious and elegant theme rooms, is a ideal place for business and festive banquet rare.\n50 Fengle Middle RoadGuangdongGuangzhou, 510700China Map Venue


url: =Liyi yu ronghui 離異與融會 : 中國基督徒與本色教會的興起\nFrom confrontation to integration : Chinese Christians and the rise of indigenous church\nAuthor Liyi yu ronghui : Zhongguo Jidutu yu bense jiaohui de xingqi xueshu yantaohui 離異與融會 : 中國基督徒與本色教會的興起學術研討會 (2004 : Wuhan, China)\nHuazhong shifan daxue Dong-Xifang wenhua jiaoliu yanjiu zhongxin 華中師範大學東西方文化交流研究中心\nPub. Location Wuhan 武漢 Publisher Huazhong shifan daxue 華中師範大學\nDate 2004 Phys. Desc. 2 v. ; 29 cm.\nLocation Director's Office Call Number BR1285.C5 L686 2004\nFull title: Liyi yu ronghui : Zhongguo Jidutu yu bense jiaohui de xingqi xueshu yantaohui 離異與融會 : 中國基督徒與本色教會的興起學術研討會(2004 : Wuhan, China)\n主辦: Huazhong shifan daxue Dong-Xifang wenhua jiaoliu yanjiu zhongxin 華中師範大學東西方文化交流研究中心 (East-West Cultural Exchange Research Center) ; Jiujinshan daxue Li Madou Zhong-Xi wenhua lishi yanjiusuo 舊金山大學利瑪竇中西文化歷史研究所 Ricci Institute, University of San Francisco) ; 協辦 : Xianggang Zongwen daxue Chong Ji xueyuan Zongjiao yu Zhongguo shehui yanjiu zhongxin 香港中文大學崇基學院宗教與中國社會研究中心 (Center for the Study of Religion and Chinese Society, the Chinese University of Hong Kong.)\n贊助單位: Zhang Kaiyuan Dong-Xi wenhua xueshu jiaoliu jijin 章開沅東西文化學術交流基金 ; Huazhong shifan daxue yanjiushengchu 華中師範大學研究生處 ; Asian Scholars Fund at the Ricci Institute, University of San Francisco ; The Henry Luce Foundation.\n時間: 2004年 10月23-24日. 地點: 武漢 華中師範大學 桂苑\nPart 1: Conference schedule and abstracts in Chinese and English. Part 2: Lunwenji 論文集 (17 papers).\nYan Mo de kunhuo: 18 shiji Rujia Tianzhujiaotu de rentong weiji 嚴謨的困惑 : 十八世紀儒家天主教徒的認同危機 / Li Tiangang 李天綱 -- Niuyue xiehe shenxueyuan yu Zhongguo jiaohui 紐約協和神學院與中國教會 (Union Theological Seminary and the Christian Church in China) / Xu Yihua 徐以驊 -- “9.18” zhihou Zhongguo Jidutu dui zhanzheng yu heping wenti de sikao yu taolun 九一八之後中國基督徒對戰爭與和平問題的思考與討論 (Chinese Christians re-thinking of war and peace in the wake of Japanese aggression in 1931) / Yao Xiyi 姚西伊 -- Fuyuan haishi quxin: Zhongguo nongcun jiaohui zouxiang de sixiang: yi Tai’an Mazhuang Beixinzhuang jiaohui wei li 復原還是趨新: 中國農村教會走向的思考: 以泰安馬莊北新庄教會為例 -- Mei Bei zhanglaohui yu Hua’nan Jidujiaohui de bensehua guocheng 美北長老會與華南基督教會的本色化過程 (American Presbyterian Church (North) and the Indigenization of the Christian Church in South China) / Wu Yixiong 吳義雄 -- Lujing yu kunjing: yi Lingdong zhanglaohui zili yundong wei dianxing ge’an 路徑與困境: 以岭東長老會自立運動為典型個案 (Route and predicament: with the typical case of the self-support movement in Lingtung Presbytery) / Hu Weiqing 胡衛清 -- Yu Rizhang zhengjiaoguan zhi yanjiu 余日章正教觀之研究 (A study of David Yui’s concept of the relationship of Church and State) / Wang Chengmian 王成勉 -- Cong chaihui dao jiaohui: Cheng Jingyi bense jiaohui sixiang jiexie 從差會到教會: 誠靜怡本色教會思想解析 (From Mission to Church: an analysis on Cheng Ching-yi’s thoughts on indigenous church) / Liu Jiafeng 劉家峰 -- Jiedu Wei Zhuomin boshi zhi “Rang Jidujiaohui zai Zhongguo tudi shang shenggen” 解讀韋卓民博士之讓基督教會在中國土地上生根 (Reading Francis Wei’s “Rooting the Christian Church in Chinese Soil” / Wu Ziming 吳梓明 (Peter Ng Tze-ming)-- Wei Zhuomin de wenhua duihua celüe jiqi lijie bensehua de pushixing shiyu 韋卓民的文化對話策略及其理解本色化的普世性視域 (The communication strategy of Francis wei and his interpretation of indigenization in the ecumenical perspective) / Liang Guanting 梁冠霆 -- Zhao Zichen de jiaojingyan 趙紫宸的教經驗 (The religious experience of T. C. Chao) / Xing Fuzeng 邢福增 -- Huang Naishang shengping shi kaosu 黃乃裳生平事考述 / Zhu Feng 朱峰 -- Cao Xinming de Ruhua Tianguo guan 曹新銘的儒化天國觀 / Li Zhihao 李智浩 -- Zhou Lianhua de wei’aiguan yu bense shenxue 周聯華的唯愛觀與本色神學 / Wu Changxing 吳昶興 -- Zhenjie gushi: jindai Mindong Fu’an de Tianzhujiao shouzhennü qunti yu diyu wenhua 貞節故事: 近代閩東福安的天主教守貞群體與地域文化 / Zhang Xianqing 張先清 -- Xingbie yu juese: 20-40 niandai Zhongguo Jidujiao yu funü yundong 性別與角色: 20-40年代中國基督教與婦女運動 (Gender and role: Chinese Christianity and Feminist Movement in 1920’2 to 1940’s) / Chen Guangpei 陳廣培 -- Bainian bianqian zhong de shouwang: guanyu 20 shiji Shanghai diqu Tianzhujiao xiunü de lishi renleixue yanjiu 百年變遷中的守望: 關於20世紀上海地區天主教修女的歷史人類學研究 / Li Wenwen 李雯文.\nAdded keywords: monotheism, Creator, monoculturalism vs. diversity, Yan Mo 嚴謨 (b. 1640?), Fujian Christian community, Jesuits and Confucian classics, Union Theological Seminary (est. 1837), Peking Yen-ching (Yenching, Yanjing), “agape”, Sino-Japanese War, 1931-1945, pacifism; rural Christianity, Beixinzhuang (Shandong Province), Jesus family, American Presbyterian South China Mission, indigenous movement, Provisional Kwangtung Synod of the Church of Christ in China; Lingdong Presbytery, David Z. T. Yui, YMCA, National Christian Council of China, localization, Wong Naisheng, Hundred Days Reform; Datong shehui 大同社會, “Da Tong Society”, Christian values, Bible translation, Rev. Lian Hua Chow (1920- ); lives of Christian virgins in Fu’an County (late Qing-early Republican era), Chinese Catholic women religious, convents, nuns.\nChristianity--China--Acculturation and adaptation\nCollection Ricci Institute Library Rec. # 475


url: =Yingying Jiang - researchr alias\nPublications by 'Yingying Jiang'\nLiving with I-Fabric: Smart Living Powered by Intelligent Fabric and Deep AnalyticsMin Chen 0003, Yingying Jiang, Nadra Guizani, Jun Zhou, Guangming Tao, Jun Yin, Kai Hwang 0001. network, 34(5):156-163, 2020. [doi]\nCorrection to "Smart Urban Living: Enabling Emotion-Guided Interaction With Next Generation Sensing Fabric"Yingying Jiang, Wenjing Xiao, Rui Wang, Ahmed Barnawi. access, 8:96045, 2020. [doi]\nSmart Urban Living: Enabling Emotion-Guided Interaction With Next Generation Sensing FabricYingying Jiang, Wenjing Xiao, Rui Wang, Ahmed Barnawi. access, 8:28395-28402, 2020. [doi]\nA snapshot research and implementation of multimodal information fusion for data-driven emotion recognitionYingying Jiang, Wei Li, M. Shamim Hossain, Min Chen, Abdulhameed Alelaiwi, Muneer H. Al-Hammadi. inffus, 53:209-221, 2020. [doi]\nBlockchain-Based Privacy-Aware Content Caching in Cognitive Internet of VehiclesYongfeng Qian, Yingying Jiang, Long Hu, M. Shamim Hossain, Mubarak Alrashoud, Muneer H. Al-Hammadi. network, 34(2):46-51, 2020. [doi]\nPrivacy-preserving based task allocation with mobile edge cloudsYongfeng Qian, Yingying Jiang, M. Shamim Hossain, Long Hu, Ghulam Muhammad, Syed Umar Amin. isci, 507:288-297, 2020. [doi]\niTaskOffloading: Intelligent Task Offloading for a Cloud-Edge Collaborative SystemYixue Hao, Yingying Jiang, Tao Chen, Donggang Cao, Min Chen. network, 33(5):82-88, 2019. [doi]\nOpportunistic computing offloading in edge cloudsWei Li, Xinghui You, Yingying Jiang, Jun Yang, Long Hu. jpdc, 123:69-76, 2019. [doi]\n2 CNN: Rotational Region CNN for Arbitrarily-Oriented Scene Text DetectionYingying Jiang, Xiangyu Zhu, Xiaobing Wang, Shuli Yang, Wei Li, Hua Wang, Pei Fu, Zhenbo Luo. icpr 2018: 3610-3615 [doi]\nTelesurgery Robot Based on 5G Tactile InternetYiming Miao, Yingying Jiang, Limei Peng, M. Shamim Hossain, Ghulam Muhammad. monet, 23(6):1645-1654, 2018. [doi]\nTowards decentralized IoT security enhancement: A blockchain approachYongfeng Qian, Yingying Jiang, Jing Chen 0003, Yu Zhang, Jeungeun Song 0001, Ming Zhou, Matevz Pustisek. cee, 72:266-273, 2018. [doi]\nEnd-to-End Scene Text Recognition in Videos Based on Multi Frame TrackingXiaobing Wang, Yingying Jiang, Shuli Yang, Xiangyu Zhu, Wei Li, Pei Fu, Hua Wang, Zhenbo Luo. icdar 2017: 1255-1260 [doi]\nAdverse Reaction Identification Driven by Semantic InformationKaiyin Zhou, Xing Zhang, Pierre Zweigenbaum, Ruiqing Liang, Yingying Jiang, Jingbo Xia. tac 2017: [doi]\nDeep Residual Text Detection Network for Scene TextXiangyu Zhu, Yingying Jiang, Shuli Yang, Xiaobing Wang, Wei Li, Pei Fu, Hua Wang, Zhenbo Luo. icdar 2017: 807-812 [doi]\nSemi-Supervised Multinomial Naive Bayes for Text Classification by Leveraging Word-Level Statistical ConstraintLi Zhao, Minlie Huang, Ziyu Yao, Rongwei Su, Yingying Jiang, Xiaoyan Zhu. AAAI 2016: 2877-2884 [doi]\nThumb widgets: apply thumb-tracking to enhance capabilities of multi-touch on mobile devicesXinda Zeng, Feng Tian, Yingying Jiang, Xiaolong (Luke) Zhang, Guozhong Dai, Hongan Wang. CHI 2013: 1281-1286 [doi]\nCombining hand-drawn concept maps with RFID tagsYingying Jiang, Feng Tian, Hongan Wang, Guozhong Dai. ccis 2012: 181-184 [doi]\nUnistroke gestures on multi-touch interaction: supporting flexible touches with key stroke extractionYingying Jiang, Feng Tian, Xiaolong Zhang, Wei Liu, Guozhong Dai, Hongan Wang. IUI 2012: 85-88 [doi]\nSome distributional limit theorems for the maxima of Gaussian vector sequencesFuming Lin, Daimin Shi, Yingying Jiang. cma, 64(8):2497-2506, 2012. [doi]\nAn exploration of pen tail gestures for interactionsFeng Tian, Fei Lu, Yingying Jiang, Xiaolong (Luke) Zhang, Xiang Cao, Guozhong Dai, Hongan Wang. ijmms, 71(5):551-569, 2012. [doi]\nUnderstanding, Manipulating and Searching Hand-Drawn Concept MapsYingying Jiang, Feng Tian, Xiaolong (Luke) Zhang, Guozhong Dai, Hongan Wang. tist, 3(1):11, 2011. [doi]\nAlmost sure limit theorems for the maxima of some strongly dependent Gaussian sequencesFuming Lin, Yu Fu, Yingying Jiang. cma, 62(2):635-640, 2011. [doi]\nStructuring and manipulating hand-drawn concept mapsYingying Jiang. iucs 2010: 23 [doi]\nIntelligent understanding of handwritten geometry theorem provingYingying Jiang, Feng Tian, Hongan Wang, Xiaolong Zhang, XuGang Wang, Guozhong Dai. IUI 2010: 119-128 [doi]\nStructuring and manipulating hand-drawn concept mapsYingying Jiang, Feng Tian, XuGang Wang, Xiaolong Zhang, Guozhong Dai, Hongan Wang. IUI 2009: 457-462 [doi]\nMultimodal Chinese text entry with speech and keypad on mobile devicesYingying Jiang, XuGang Wang, Feng Tian, Xiang Ao, Guozhong Dai, Hongan Wang. IUI 2008: 341-344 [doi]