url: =DYNAMIC SCHEDULING KNOWLEDGE ACQUISITION BASED ON GENETIC ALGORITHMS--《COMPUTER INTEGRATED MANUFACTURING SYSTEMS》1999年03期\n《COMPUTER INTEGRATED MANUFACTURING SYSTEMS》 1999-03\nDYNAMIC SCHEDULING KNOWLEDGE ACQUISITION BASED ON GENETIC ALGORITHMS\nZHANG Ji-hui,XU Xin-he (Control & Simulation Center, Northeast University, Shenyang110006, China)\nDynamic scheduling has been proven to be a difficult problem and would not be solved by general method well. Combination of expert system and simulation is a better solution way to dynamic scheduling, but it is constrained by the absence of expert knowledge. Machine learning is a feasible way to acquire scheduling knowledge. This paper provide a novel machine learning method based on genetic algorithm. Simulation results show its validity.\n1 YAO Jianming, ZHOU GuohuaSchool of Economics and Management, Southwest Jiaotong University, Chengdu 610031, China;Analysis of supply chain optimization planning and scheduling in mass customization[J];Journal of Management Sciences in China;2003-05\n2 XU Jun-Gang, DAI Guo-Zhong, and WANG Hong-An (Institute of Software, Chinese Academy of Sciences, Beijing 100080);An Overview of Theories and Methods of Production Scheduling[J];Journal of Computer Research and Development;2004-02\n3 Min Tao 1 Mei Yunyi 1 Zou Xuewen 1 Peng Tianfang 21 (Mathematics Department ,Xi'an University of Technology,Xi'an710048) 2 (Mathematics Department ,Northern Jiaotong University,Beijing100044);Research of HSGATS Algorithms to Solve the Scheduling Problem of Flow-shop[J];Computer Engineering and Applications;2004-09\n4 Liu Tao,et al.;Optimization of the Production Dispatching Systems for Refining and Petrochemical Enterprises[J];Petroleum Planning & Engineering;2007-06\n5 FAN Lu-qiao1 , CHANG Hui-you2 , ZHU Xu-dong3(1. The Software Engineering Dept. of Guangdong Technology Insitute of Science and Technology, Zhuhai 519090 China;2.School of Information Science and Technology, Sun Yaf-sen University, Guanzhou 510275 China;3.Zhangjiang Ocean University, Zhanjiang 524005 China);An Overview of Scheduling Problem[J];Modern Computer;2004-05\n6 YAO Jian-ming~1,ZHANG Xiu-min~2,LIU Li-wen~1(1.School of Economics and Management,Tsinghua University,Beijing 100084,China;2.School of Business,East China Normal University,Shanghai 200062,China);Analysis on Pull Supply Chain Dynamic Scheduling Based on Improved Ant Algorithm[J];Chinese Journal of Management Science;2006-03\n1 Gong Yui Xiong Guangleng(Tsinghua University);Application of Machine Learning in an Intelligent Workshop Scheduling System[J];Control and Decision;1997-03\n2 Zhang Xuejiang Zhu Xiangyang, Zhong Binglin, Huang Ren(Nanjing Zhongxingxin Institute of Communications) (Southeast University);Simulated Annealing-Based Approach for Knowledge Acquisition[J];Control and Decision;1997-04\n3 Xie Chengshan 1 Xu Jiren 2 Chen Jiasong 21 (Beijing University of Aeronautics and Astronautics,Beijing100083) 2 (EEI ,Hefei230037);Monitoring Management and Decision-making of Submersed Equipment Based on Neural Networks[J];Computer Engineering and Applications;2004-19\n4 XIE Cheng-shan~1, XU Ji-ren~2, CHEN Jia-song~2, WANG Ke-ren~2 (1.Beijing Aviation and Astronautics University,Beijing,100083,China; 2.EEI,Hefei Anhui 230037,China);Monitoring Management and Decision-making of Submersed Equipment Based on Neural Networks[J];Computer Simulation;2004-08\n5 LI Wei,HUANG Xi-yue,LIU Xin(Automation College,Chongqing University,Chongqing 400044,China);Approach to Fault Diagnosis Knowledge Acquisition Based on Immune Algorithm[J];Computer Simulation;2006-04\n6 WANG Yi-ling, ZHAO Ying-kai(College of Automation, Nanjing University of Technology, Nanjing 210009, China);Knowledge Detecting Method in Intelligent Fault Diagnosis Systems[J];Control Engineering of China;2004-05\n7 WANG Ya ying, SHAO Hui he (Department of Automation, Shanghai Jiaotong University, Shanghai 200030, China);Binary Decision System-based Rough Set Approach for Knowledge Acguisition[J];Control and Decision;2001-03\n8 Zhang Jihui Wu Qinghong Xu Xinhe Control & Simulation Center, NEU, Shenyang 110006;Knowledge Acquisition Based on Genetic Algorithms and Its Application in Fault Diagnosis[J];Systems Engineering and Electronics;1999-10\n9 ;Dynamic Job Shop Scheduling System Based on Multi-Agent[J];Computer Systems & Applications;2009-03\n10 PEN Zhi gang\_ ZHANG Ji hui\_ XU Xin he (Control & Simulation Center, Northeasterh University, Shenyang\_ 110006);KNOWLEGE ACQUISITION BASED ON GENETIC ALGORITHMS AND ITS APPLICATION TO FAULT DIAGNOSIS[J];INFORMATION AND CONTROL;1999-05\n1 WANG Hang,YU Xin-jie(Department of Electrical Engineering,Tsinghua University,Beijing 100084);A Novel Method about the Application of Genetic Algorithms in Fault Diagnosis[A];[C];2005\n3 Lin Jian (Beijing University of Aeronautics and Astronautics,School of Management);THREE PHASE APPROACH AHD ACTIVITY CYCLE DIAGRAMS[J];JOURNAL OF BEIJING UNIVERSITY OF AERONAUTICS AND ASTRONAUTICS;1995-03\n5 Du Zhigang\_ \_ Sheng Yixing (Beijing University of Aeronautics and Astronautics,Dept.of System Engineering of Engineering Technology);MAINTENANCE SUPPORT SYSTEM SIMULATION IN OPERATION OF CIVIL AIRPLANE[J];JOURNAL OF BEIJING UNIVERSITY OF AERONAUTICS AND ASTRONAUTICS;1997-04\n7 CUI Jianshuang, LI Tieke, ZHANG Wenxin Management School, University of Science and Technology Beijing, Beijing 100083, China;Hybrid flowshop scheduling model and its genetic algorithm[J];Journal of University of Science and Technology Beijing;2005-05\n8 He Chenghong;Wang Guilan;He Yuxin;Zhou Renyi(Department of Metal Forming,USTB,Beijing 100083,PRC)(Baoshan Iron and Steel Company,Shanghai 201900,PRC);Application of Artificial Simulation on Optimizing for Production Plan[J];JOURNAL OF UNIVERSITY OF SCIENCE AND TECHNOLOGY BEIJING;1996-04\n9 Bi Shihua (School of Mechano Electronics Engineering, Beijing Institute of Technology, Beijing100081) Li Jihong (No.1 Research Institute, Second Artillery, Beijing100085);A Fuzzy Expert System for Diagnosing Faults in the Test Firing Control Systems of Missiles[J];JOURNAL OF BEIJING INSTITUTE OF TECHNOLOGY;1999-S1\n10 Cao Yuanda Jiang Nutao (Department of Computer Science and Engineering,Beijing Institute of Technology,Beijing 100081);Design and Implementation of a Distributed Cooperative Expert Systems Tool[J];JOURNAL OF BEIJING INSTITUTE OF TECHNOLOGY;1998-06\n1 CHENG Zhenmin1) LI Hongxing2)(1)Business College of Beijing Union University,100025,Beijing,China;2)School of Electronic and Information Engineering,Dalian University of Technology,116024,Dalian,China);AN OPTIMAL ALGORITHM FOR IDENTICAL MACHINE SCHEDULING PROBLEM WITH PREEMPTION[J];Journal of Beijing Normal University(Natural Science);2008-05\n2 CHENG Zhenmin1) ZHANG Xijuan1) LI Hongxing2)( 1) Business College of Beijing Union University,100025,Beijing,China;2)School of Electronic and Information Engineering,Dalian University of Technology,116024,Dalian,China);AN APPROXIMATION ALGORITHM FOR PARALLEL MACHINE SCHEDULING PROBLEM[J];Journal of Beijing Normal University(Natural Science);2009-04\n3 LIU Sheng-hui,ZHNAG Shu-li,WANG Bo,TENG Chun-xian(Software Department,Harbin University of Science and Technology,Harbin 150080,China);Improved virus evolutionary genetic algorithm for job-shop scheduling problem[J];Electric Machines and Control;2008-02\n4 CHEN Wei-da, LI Jian;Research of production schedule based on supply chain[J];Journal of Southeast University Philosophy and Social Science Edition;2005-02\n5 ZHENG Zhong~a,ZHU Dao-fei~a,GAO Xiao-qiang~b (a.College of Material Science and Engineering;b.College of Economics and Business Administration,Chongqing University,Chongqing 400030,P.R.China);An approach of production scheduling and replanning in a steelmaking-continuous casting plant[J];Journal of Chongqing University;2008-07\n6 ;Production Arrangement in Discrete Manufacturing Enterprises and Its Application[J];Construction Machinery and Equipment;2006-04\n7 YAO Jian-ming~1,PU Yun~2 (1. School of Economics and Management, Southwest Jiaotong University, Chengdu 610031, China; 2. Graduate School,Southwest Jiaotong University,Chengdu 610031,China);Scheduling Optimization of Supply Chain in Mass Customization Based on Dynamic Production Ability Restriction[J];Systems Engineering;2005-02\n8 YAO Jian-ming,PU Yun(School of Economics and Management,Southwest Jiaotong University,Chengdu 610031,China);A Supply Chain Scheduling Optimization Model in Mass Customization[J];Systems Engineering;2005-08\n9 YAO Jian-ming,LIU Li-wen(School of Economics and Management,Tsinghua University,Beijing 100084,China);A Decision Analysis on Supply Chain Resource Integration in 4PL Mode[J];Systems Engineering;2007-04\n10 YAO Jian-ming1,ZHANG Xiu-min2,LIU Li-wen1(1.School of Economics and Management,Tsinghua University,Beijing 100084,China; 2.School of Business,East China Normal University,Shanghai 200062,China);Study on Planning and Scheduling Operation Functional Module of MC Oriented to Supply Chain[J];Industrial Engineering Journal;2007-01\n2 HAO Ping,MO Fengyong,XU Xinli College of Information Engineering,Zhejiang University of Technology,Hangzhou 310014;A Dyeing Workshop Hierarchical Scheduling Strategy Based On Genetic Algorithm and Multi-Agent System[A];[C];2009\n1 Gao Hong; Xiong Guangleng(Tsinghua University);Application of Decision Rules in Simulation Scheduling[J];CONTROL AND DECISION;1995-02


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url: =Current Situation and Development of Relay Test Equipment Based on Micro-computer--《Electric Power Construction》2005年07期\n《Electric Power Construction》 2005-07\nCurrent Situation and Development of Relay Test Equipment Based on Micro-computer\nZhang Fangjun (Zhejiang Institute of Mechanical and Electrical, Hangzhou City, 310053)\nThe application of protection test equipment based on micro-computer in domestic relay test fields plays an important role in promoting protect relay test. At present many domestic manufactures for the equipment have normal disadvantages, like continuous work, reliability, capability of power output, transient output capability, convenient operation for software. With continuous generation replacement for the equipment, manufactures put the new technology and elements continuously into development of the equipment. Therefore, the functions of the equipment can be perfected gradually, which is convenient for adjustment of protection.\n1 PENG Chun-yan1 ,CAO Zhi-hui1,ZHOU You-qing2 ,LI Ji2 (1.Shaoguan Power Supply Bureau of Guangdong Grid Company,Shaoguan 512028,Guangdong,China. 2. Electricity and Information Engineering College,Hunan University,Changsha 410082,China.);Design on Relay Protection Test Device Based on Dual DSP and CPLD[J];Electrical Measurement & Instrumentation;2009-11\n2 PENG Chun-yan1,ZHOU You-qing2,WANG Hai-lang2(1.Shaoguan Power Supply Bureau of Guangdong Power Grid Corp.,Shaoguan,Guangdong 512028,China;2.Electricity and Information Engineering Col.,Hunan Univ.,Changsha,Hunan 410082,China);Design on Relay Protection Test Device Based on Dual Digital Signal Processor[J];Guangdong Electric Power;2010-02\n1 CHEN Dong-huai,GAO Jing-chang,YANG Ya-hong (College of Computer Science and Technology,Jilin University,Changchun 130026,China);Research and application of COM automation[J];Journal of Changchun Post and Telecommunication Institute;2004-02\n2 ZOU Tuo-wu ZHOU Jian-zhong ZHAO Bing TANG Bing HE Yu Huazhong University of Science &Technology Wuhan 430074 China;Research and Implement of Direct Digital Frequency Synthesizer Based on DSP[J];Electrical Measurement & Instrumentation;2005-10\n3 HUANG Mingjun ZHAO Wei HOU Guoping CHEN Jun(Tsinghua University);VIRTUAL INSTRUMENT TECHNOLOGY——THE DIRECTION OF MODERN ELECTRICALAND ELECTRONIC INSTRUMENTS[J];ADVANCED TECHNOLOGY OF ELECTRICAL ENGINEERING AND ENERGY;1998-03\n4 LIANG Guang-ping, ZHENG Xiang-hua (Hebei Power Survey Research and Design Institute, Shijazhuang 050000,China North China Power University, Baoding 071000,China);Development of Testing System for Relay Protection of Microcomputer Based[J];Electrical Equipment;2004-05\n6 Zhang Dongying; Yang Yihan (North China Electric Power University. 100085. Beijing. China);SUMMARY OF SUBSTATION'S SIMULATION AND TRAINING[J];AUTOMATION OF ELECTRIC POWER SYSTEMS;1999-23\n8 Zou Junxiong,Cai Zexiang,K ong H uadong,L iu Weixiong South China U niversity of Technology,Guangzhou5 10 6 4 0 ,China;THE OPERATION LOGIC SIMULATION OF RELAY PROTECTION OF POWER SYSTEMSBASED ON GRAPHIC PLATFORM[J];Automation of Electric Power Systems;2002-08\n9 FEI Ming-wei , YUE Quan-ming , ZHANG Pei-chao , YU Wei-yong , WANG Zhong-min ZHANG Qi-ming , ZHOU Lan (Shanghai Jiaotong University, Shanghai 200240, China) (Shanghai Electric Power Company, Shanghai 200122, China);Wavelets Selection of Compression and Reconstruction Algorithm Based on Digital Recorded Data from a Faulted Power System[J];Automation of Electric Power Systems;2005-17\n10 BAI Qing-gang, XIA Rui-hua, ZHOU Hai-bin, LIAO Xiao-chun (North China Electric Power University, Beijing 102206, China) (Wuhan Power Instrument Factory, Wuhan 430000, China);Design of Fault Wave Recording Device Using High Performance Integrated Microchip[J];Automation of Electric Power Systems;2005-22


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url: =Qing chun lian ai jiang yi (Book, 2000) [WorldCat.org]\nI thought you might be interested in this item at http://www.worldcat.org/oclc/813970402 Title: Qing chun lian ai jiang yi Author: 克伯格 (Kirberger, Kimberly, 1953- ) 金伯麗.克柏格(Kimberly Kirberger)著 ; 張裕敏譯. 張裕敏. ; Ke bo ge, (Kirberger Kimberly 1953- ); Kimberly Kirberger; Yumin Zhang Publisher: Tai bei shi : [Tai bei xian san chong shi] : Tian xia yuan jian chu ban ; Li ming zong jing xiao, 2000[min 89] ISBN/ISSN: 9576217423 9789576217425 9576217423 OCLC:813970402\nQing chun lian ai jiang yi\n克伯格 (Kirberger, Kimberly, 1953- ) 金伯麗.克柏格(Kimberly Kirberger)著 ; 張裕敏譯. 張裕敏. ; Ke bo ge, (Kirberger Kimberly 1953- ); Kimberly Kirberger; Yumin Zhang\nTian xia wen hua xin li li zhi xi lie, 107.\nMan-woman relationships -- Juvenile literature.\nFind more information about: Ke bo ge, (Kirberger Kimberly 1953- ) Kimberly Kirberger Yumin Zhang\n9576217423 9789576217425 9576217423\nZhu zhe gai yi ke bo ge.\n288 mian : tu ; 21 gong fen.\njin bo li.ke bo ge(Kimberly Kirberger) zhu ; zhang yu min yi.\nQing chun lian ai jiang yi". Be the first.\nQing shao nian wen ti.\n<http://www.worldcat.org/oclc/813970402> # 青春戀愛講義\nlibrary:oclcnum "813970402" ;\nlibrary:placeOfPublication <http://experiment.worldcat.org/entity/work/data/3901518676#Place/tai_bei_shi> ; # Tai bei shi\nlibrary:placeOfPublication <http://experiment.worldcat.org/entity/work/data/3901518676#Place/tai_bei_xian_san_chong_shi> ; # Tai bei xian san chong shi\nrdfs:label "Qing chun lian ai jiang yi" ;\nschema:about <http://experiment.worldcat.org/entity/work/data/3901518676#Topic/ren_ji_guan_xi> ; # 人際關係.\nschema:about <http://dewey.info/class/306.70835/> ;\nschema:about <http://experiment.worldcat.org/entity/work/data/3901518676#Topic/qing_shao_nian_wen_ti> ; # 青少年問題.\nschema:about <http://experiment.worldcat.org/entity/work/data/3901518676#Topic/teenagers> ; # Teenagers\nschema:about <http://experiment.worldcat.org/entity/work/data/3901518676#Topic/interpersonal_relations> ; # Interpersonal relations\nschema:about <http://experiment.worldcat.org/entity/work/data/3901518676#Topic/liang_xing_guan_xi> ; # 兩性關係.\nschema:contributor <http://experiment.worldcat.org/entity/work/data/3901518676#Person/zhang_yumin> ; # 張裕敏.\nschema:creator <http://experiment.worldcat.org/entity/work/data/3901518676#Person/ke_bo_ge_kirberger_kimberly_1953> ; # (Kirberger Kimberly 1953- ) 克伯格\nschema:exampleOfWork <http://worldcat.org/entity/work/id/3901518676> ;\nschema:genre "Life skills guides"@zh ;\nschema:isPartOf <http://experiment.worldcat.org/entity/work/data/3901518676#Series/tian_xia_wen_hua_xin_li_li_zhi_xi_lie> ; # 天下文化心理勵志系列,\nschema:name "青春戀愛講義"@zh ;\nschema:productID "813970402" ;\nschema:publication <http://www.worldcat.org/title/-/oclc/813970402#PublicationEvent/880_04tai_bei_shi_tian_xia_yuan_jian_chu_ban_tai_bei_xian_san_chong_shi_li_ming_zong_jing_xiao_2000min_89> ;\nschema:publisher <http://experiment.worldcat.org/entity/work/data/3901518676#Agent/li_ming_zong_jing_xiao> ; # Li ming zong jing xiao\nschema:publisher <http://experiment.worldcat.org/entity/work/data/3901518676#Agent/tian_xia_yuan_jian_chu_ban> ; # Tian xia yuan jian chu ban\nschema:workExample <http://worldcat.org/isbn/9789576217425> ;\nwdrs:describedby <http://www.worldcat.org/title/-/oclc/813970402> ;\n<http://experiment.worldcat.org/entity/work/data/3901518676#Agent/li_ming_zong_jing_xiao> # Li ming zong jing xiao\n<http://experiment.worldcat.org/entity/work/data/3901518676#Agent/tian_xia_yuan_jian_chu_ban> # Tian xia yuan jian chu ban\n<http://experiment.worldcat.org/entity/work/data/3901518676#Person/ke_bo_ge_kirberger_kimberly_1953> # (Kirberger Kimberly 1953- ) 克伯格\nschema:name "(Kirberger Kimberly 1953- ) 克伯格"@zh ;\n<http://experiment.worldcat.org/entity/work/data/3901518676#Person/zhang_yumin> # 張裕敏.\nschema:name "張裕敏."@zh ;\nschema:name "Yumin Zhang"@en ;\n<http://experiment.worldcat.org/entity/work/data/3901518676#Place/tai_bei_shi> # Tai bei shi\n<http://experiment.worldcat.org/entity/work/data/3901518676#Place/tai_bei_xian_san_chong_shi> # Tai bei xian san chong shi\n<http://experiment.worldcat.org/entity/work/data/3901518676#Series/tian_xia_wen_hua_xin_li_li_zhi_xi_lie> # 天下文化心理勵志系列,\nschema:hasPart <http://www.worldcat.org/oclc/813970402> ; # 青春戀愛講義\n<http://experiment.worldcat.org/entity/work/data/3901518676#Topic/interpersonal_relations> # Interpersonal relations\n<http://experiment.worldcat.org/entity/work/data/3901518676#Topic/liang_xing_guan_xi> # 兩性關係.\n<http://experiment.worldcat.org/entity/work/data/3901518676#Topic/qing_shao_nian_wen_ti> # 青少年問題.\nrdfs:label "qing shao nian wen ti." ;\nschema:name "青少年問題."@zh ;\n<http://experiment.worldcat.org/entity/work/data/3901518676#Topic/ren_ji_guan_xi> # 人際關係.\n<http://experiment.worldcat.org/entity/work/data/3901518676#Topic/teenagers> # Teenagers\nschema:name "Teenagers"@zh ;\nschema:name "Man-woman relationships"@zh ;\nschema:isbn "9576217423" ;\nschema:isbn "9789576217425" ;\nschema:about <http://www.worldcat.org/oclc/813970402> ; # 青春戀愛講義\nschema:location <http://experiment.worldcat.org/entity/work/data/3901518676#Place/tai_bei_xian_san_chong_shi> ; # Tai bei xian san chong shi\nschema:location <http://experiment.worldcat.org/entity/work/data/3901518676#Place/tai_bei_shi> ; # Tai bei shi\nschema:organizer <http://experiment.worldcat.org/entity/work/data/3901518676#Agent/li_ming_zong_jing_xiao> ; # Li ming zong jing xiao\nschema:organizer <http://experiment.worldcat.org/entity/work/data/3901518676#Agent/tian_xia_yuan_jian_chu_ban> ; # Tian xia yuan jian chu ban\nQing chun lian ai jiang yi/克伯格 (Kirberger, Kimberly, 1953- ) Ke bo ge, (Kirberger Kimberly 1953- ); Kimberly Kirberger; Yumin Zhang; 天下遠見出版 ; 黎銘總經銷, Tai bei shi : Tian xia yuan jian chu ban ; [Tai bei xian san chong shi] : Li ming zong jing xiao, 2000[min 89]


url: =Zhang, Yutang (9)\nDid you mean: author:("Zhang, gutang")\t+\n6. Hypoglycemic Activity and Antioxidative Stress of Extracts and Corymbiferin from Swertia bimaculata In Vitro and In Vivo Liu, Zhaoxia | Wan, Luosheng | Yue, Yuedong | Xiao, Zuoqi | Zhang, Yutang | Wang, Yonglong | Chen, Cuiping | Min, Qiuxia | Chen, Jiachun\nEvidence-based Complementary and Alternative Medicine : eCAM 2013;2013:125416.\n8. The relationship between neuroticism, major depressive disorder and comorbid disorders in Chinese women Xia, Jing | He, Qiang | Li, Yihan | Xie, Dong | Zhu, Suoyu | Chen, Jing | Shen, Yuan | Zhang, Ning | Wei, Yan | Chen, Chunfeng | Shen, Jianhua | Zhang, Yan | Gao, Chengge | Li, Youhui | Ding, Jihong | Shen, Wenwu | Wang, Qian | Cao, Meiyue | Liu, Tiebang | Zhang, Jinbei | Duan, Huijun | Bao, Cheng | Ma, Ping | Zhou, Cong | Luo, Yanfang | Zhang, Fengzhi | Liu, Ying | Li, Yi | Jin, Guixing | Zhang, Yutang | Liang, Wei | Chen, Yunchun | Zhao, Changyin | Li, Haiyan | Chen, Yiping | Shi, Shenxun | Kendler, Kenneth S. | Flint, Jonathan | Wang, Xumei\n9. A COMPARISON OF MELANCHOLIC AND NONMELANCHOLIC RECURRENT MAJOR DEPRESSION IN HAN CHINESE WOMEN Sun, Ning | Li, Yihan | Cai, Yiyun | Chen, Jing | Shen, Yuan | Sun, Jing | Zhang, Zheng | Zhang, Jiulong | Wang, Lina | Guo, Liyang | Yang, Lei | Qiang, Li | Yang, Yanchun | Wang, Gang | Du, Bo | Xia, Jing | Rong, Han | Gan, Zhaoyu | Hu, Bin | Pan, Jiyang | Li, Chang | Sun, Shufan | Han, Wei | Xiao, Xue | Dai, Lei | Jin, Guixing | Zhang, Yutang | Sun, Lixin | Chen, Yunchun | Zhao, Haiying | Dang, Yamei | Shi, Shenxun | Kendler, Kenneth S | Flint, Jonathan | Zhang, Kerang


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url: =LOC4325482 protein DAMAGED DNA-BINDING 2 [Oryza sativa Japonica Group (Japanese rice)] - Gene - NCBI\nLOC4325482 protein DAMAGED DNA-BINDING 2 [ Oryza sativa Japonica Group (Japanese rice)\n] Gene ID: 4325482, updated on\nGene symbol LOC4325482\nGene description protein DAMAGED DNA-BINDING 2\nSee LOC4325482 in Genome Data Viewer Map Viewer\nNC_029256.1 (2250837..2255124, complement) Chromosome 1 - NC_029256.1\nGenomic Sequence: NC_029256.1 Chromosome 1 Reference IRGSP-1.0 Primary Assembly\nIshibashi T, et al. Gene, 2003 Apr 10. PMID 12711392\nHomologs of the LOC4325482 gene: The LOC4325482 gene is conserved in human, chimpanzee, Rhesus monkey, dog, cow, mouse, rat, chicken, zebrafish, A.thaliana, rice, and frog.\nUV-damaged DNA binding protein 2\nGenomic NC_029256.1 Reference IRGSP-1.0 Primary Assembly\nmRNA and Protein(s) XM_015766759.1 → XP_015622245.1 protein DAMAGED DNA-BINDING 2\nCOG2319Location:189 → 517\nsd00039Location:197 → 235\ncl02567Location:189 → 408\nTurn Off Turn On LOC4325482 [Oryza sativa Japonica Group]\nLOC4325482 [Oryza sativa Japonica Group]Gene ID:4325482


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url: =Jianyu Wang - researchr alias\nPublications by 'Jianyu Wang'\nMulti-Sensor Data Fusion Based on Improved Analytic Hierarchy ProcessZhan Deng, Jianyu Wang. access, 8:9875-9895, 2020. [doi]\nA Novel Evidence Conflict Measurement for Multi-Sensor Data Fusion Based on the Evidence Distance and Evidence AngleZhan Deng, Jianyu Wang. sensors, 20(2):381, 2020. [doi]\nNew Airborne Thermal-Infrared Hyperspectral Imager System: Initial ValidationChengyu Liu, Rui Xu, Feng Xie, Jian Jin, Liyin Yuan, Gang Lv, Yueming Wang, Chunlai Li, Jianyu Wang. staeors, 13:4149-4165, 2020. [doi]\nWeighted Cyclic Harmonic-to-Noise Ratio for Rolling Element Bearing Fault DiagnosisZhenling Mo, Jianyu Wang, Heng Zhang, Qiang Miao. tim, 69(2):432-442, 2020. [doi]\nTemperature and Emissivity Inversion Accuracy of Spectral Parameter Changes and Noise of Hyperspectral Thermal Infrared Imaging SpectrometersHonglan Shao, Chengyu Liu, Chunlai Li, Jianyu Wang, Feng Xie. sensors, 20(7):2109, 2020. [doi]\nNoise-sensitivity Analysis and Improvement of Automatic Retrieval of Temperature and Emissivity Using Spectral SmoothnessHonglan Shao, Chengyu Liu, Feng Xie, Chunlai Li, Jianyu Wang. remotesensing, 12(14):2295, 2020. [doi]\nCaching and D2D assisted wireless emergency communications networks with statistical QoS provisioningJianyu Wang, Wenchi Cheng, Hailin Zhang 0001. jcin, 5(3):282-293, 2020. [doi]\nSlowMo: Improving Communication-Efficient Distributed SGD with Slow MomentumJianyu Wang, Vinayak Tantia, Nicolas Ballas, Michael Rabbat. iclr 2020: [doi]\nStatistical QoS Provisioning Based Caching Placement for D2D Communications Based Emergency NetworksJianyu Wang, Wenchi Cheng, Hailin Zhang 0001. infocom 2020: 449-454 [doi]\nLookahead Converges to Stationary Points of Smooth Non-convex FunctionsJianyu Wang, Vinayak Tantia, Nicolas Ballas, Michael Rabbat. icassp 2020: 8604-8608 [doi]\nAnalyzing and Detecting Adversarial Spam on a Large-scale Online APP Review SystemJianyu Wang, Rui Wen, Chunming Wu, Jian-xiong. WWW 2020: 409-417 [doi]\nASA: Adversary Situation Awareness via Heterogeneous Graph Convolutional NetworksRui Wen, Jianyu Wang, Chunming Wu, Jian-xiong. WWW 2020: 674-678 [doi]\nMachine Learning on Volatile InstancesXiaoxi Zhang, Jianyu Wang, Gauri Joshi, Carlee Joe-Wong. infocom 2020: 139-148 [doi]\nNonlinear-Drifted Fractional Brownian Motion With Multiple Hidden State Variables for Remaining Useful Life Prediction of Lithium-Ion BatteriesHeng Zhang, Zhenling Mo, Jianyu Wang, Qiang Miao. tr, 69(2):768-780, 2020. [doi]\nAchieving Maximum Spectrum Efficiency for Full-Duplex MIMO: The Fractal Array-Element Based Self-Interference Mitigation ApproachWenchi Cheng, Jianyu Wang, Ruqian Zhang, Hailin Zhang. access, 7:74056-74069, 2019. [doi]\nDestriping Algorithms Based on Statistics and Spatial Filtering for Visible-to-Thermal Infrared Pushbroom Hyperspectral ImageryJianxin Jia, Yueming Wang, Xiaoyu Cheng, Liyin Yuan, Ding Zhao, Qi Ye, Xiaoqiong Zhuang, Rong Shu, Jianyu Wang. tgrs, 57(6):4077-4091, 2019. [doi]\nCompositional Generalization for Primitive SubstitutionsYuanpeng Li, Liang Zhao, Jianyu Wang, Joel Hestness. emnlp 2019: 4292-4301 [doi]\nA Brief Survey on Nature-Inspired Metaheuristics for Feature Selection in Classification in this DecadeWei Liu, Jianyu Wang. icnsc 2019: 424-429 [doi]\nEdgeChain: An Edge-IoT Framework and Prototype Based on Blockchain and Smart ContractsJianli Pan, Jianyu Wang, Austin Hester, Ismail AlQerm, Yuanni Liu, Ying Zhao. iotj, 6(3):4719-4732, 2019. [doi]\nA novel method of symbolic representation in diving data mining: A case study of highways in ChinaChuan Sun, Wei Liu, Duanfeng Chu, Wushuang Li, Zhenji Lu, Jianyu Wang. concurrency, 31(7), 2019. [doi]\nA method of processing color image watermarking based on the Haar waveletJianyu Wang, Zhiguo Du. jvcir, 64, 2019. [doi]\nAdaptive Communication Strategies to Achieve the Best Error-Runtime Trade-off in Local-Update SGDJianyu Wang, Gauri Joshi. mlsys 2019: [doi]\nBilateral Adversarial Training: Towards Fast Training of More Robust Models Against Adversarial AttacksJianyu Wang, Haichao Zhang. iccv 2019: 6628-6637 [doi]\nA Deep Learning Method for Bearing Fault Diagnosis Based on Time-Frequency ImageJianyu Wang, Zhenling Mo, Heng Zhang, Qiang Miao. access, 7:42373-42383, 2019. [doi]\nFdGars: Fraudster Detection via Graph Convolutional Networks in Online App Review SystemJianyu Wang, Rui Wen, Chunming Wu, Yu Huang, Jian Xion. WWW 2019: 310-316 [doi]\nEnterprise Information Security in the Process of InformatizationGuangzheng Wu, Jianyu Wang. dpta 2020: 759-764 [doi]\nImproving Transferability of Adversarial Examples With Input DiversityCihang Xie, Zhishuai Zhang, Yuyin Zhou, Song Bai, Jianyu Wang, Zhou Ren, Alan L. Yuille. cvpr 2018: 2730-2739 [doi]\nTowards Adversarially Robust Object DetectionHaichao Zhang, Jianyu Wang. iccv 2019: 421-430 [doi]\nDefense Against Adversarial Attacks Using Feature Scattering-based Adversarial TrainingHaichao Zhang, Jianyu Wang. nips 2019: 1829-1839 [doi]\nWide Swath and High Resolution Airborne HyperSpectral Imaging System and Flight ValidationDong Zhang, Liyin Yuan, Shengwei Wang, Hongxuan Yu, Changxing Zhang, Daogang He, Guicheng Han, Jianyu Wang, Yueming Wang. sensors, 19(7):1667, 2019. [doi]\nA Recognition Model of Driving Risk Based on Belief Rule-Base MethodologyChuan Sun, Chaozhong Wu, Duanfeng Chu, Zhenji Lu, Jian Tan, Jianyu Wang. ijprai, 32(11):1850037, 2018. [doi]\nA novel method of symbolic representation in diving data mining: A case study of highways in ChinaChuan Sun, Wei Liu, Duanfeng Chu, Wushuang Li, Zhenji Lu, Jianyu Wang. concurrency, 30(24), 2018. [doi]\nInverse Kinematics of 6-DOF Robot Manipulator via Analytic Solution with Conformal Geometric AlgebraJianyu Wang, Zhenzhou Shao, He Kang, Hongfa Zhao, Guoli Song, Yong Guan. robio 2018: 2508-2513 [doi]\nMitigating Adversarial Effects Through RandomizationCihang Xie, Jianyu Wang, Zhishuai Zhang, Zhou Ren, Alan L. Yuille. iclr 2018: [doi]\nApplication of a Conscious System for a Study on Obsessive-compulsive DisorderTianbai Yuan, Jianyu Wang, Junichi Takeno. bica 2018: 646-651 [doi]\nDeepVoting: A Robust and Explainable Deep Network for Semantic Part Detection Under Partial OcclusionZhishuai Zhang, Cihang Xie, Jianyu Wang, Lingxi Xie, Alan L. Yuille. cvpr 2018: 1372-1380 [doi]\nInfrared Image Super Resolution by Combining Compressive Sensing and Deep LearningXudong Zhang, Chunlai Li, Qingpeng Meng, Shijie Liu, Yue Zhang, Jianyu Wang. sensors, 18(8):2587, 2018. [doi]\nElastic urban video surveillance system using edge computingJianyu Wang, Jianli Pan, Flavio Esposito. edge 2017: [doi]\nModeling Objects and Parts by Compositional RelationsJianyu Wang. PhD thesis, University of California, Los Angeles, USA, 2017. [doi]\nDetecting Semantic Parts on Partially Occluded ObjectsJianyu Wang, Zhishuai Zhang, Cihang Xie, Jun Zhu, Lingxi Xie, Alan L. Yuille. bmvc 2017: [doi]\nOn the Discretization Schemes in Map-Aided Indoor LocalizationJianyu Wang, Yuan Shen. icl, 21(7):1629-1632, 2017. [doi]\nAdversarial Examples for Semantic Segmentation and Object DetectionCihang Xie, Jianyu Wang, Zhishuai Zhang, Yuyin Zhou, Lingxi Xie, Alan L. Yuille. iccv 2017: 1378-1387 [doi]\nAn evaluation method oriented to the comprehensive credibility of simulation data source based on evidence theoryYanyan Huang, Xin He, Jianyu Wang, Zhen Lei. aires, 5(2):32-39, 2016. [doi]\nPVD: A new pathological voice dataset for intra-speaker recognition research interestDongdong Li, Jianyu Wang, Yingchun Yang. iscslp 2016: 1-5 [doi]\nAutomatic assessment of online fashion shopping photo aesthetic qualityJianyu Wang, Jan P. Allebach. icip 2015: 2915-2919 [doi]\nSemantic part segmentation using compositional model combining shape and appearanceJianyu Wang, Alan L. Yuille. cvpr 2015: 1788-1797 [doi]\nIris Image Classification Based on Hierarchical Visual CodebookZhenan Sun, Hui Zhang, Tieniu Tan, Jianyu Wang. pami, 36(6):1120-1133, 2014. [doi]\nSemantically-based 2.5D texture printingJianyu Wang, Jan P. Allebach, Maria V. Ortiz Segovia. icip 2014: 2634-2638 [doi]\nMulti-priority scheduling using network calculus: Model and analysisJun Huang, Zi Xiong, Yanbing Liu, Qiang Duan, Yunlong He, Juan Lv, Jianyu Wang. globecom 2013: 1464-1469 [doi]\nIris image classification based on color informationHui Zhang, Zhenan Sun, Tieniu Tan, Jianyu Wang. icpr 2012: 3427-3430 [doi]\nSelf-adaptive learning based particle swarm optimizationYu Wang, Bin Li, Thomas Weise, Jianyu Wang, Bo Yuan, Qiongjie Tian. isci, 181(20):4515-4538, 2011. [doi]\nInitial Alignment for SINS based on Low-cost IMUJiong Yi, Lei Zhang, Rong Shu, Jianyu Wang. jcp, 6(6):1080-1085, 2011. [doi]\nEthnic Classification Based on Iris ImagesHui Zhang, Zhenan Sun, Tieniu Tan, Jianyu Wang. ccbr 2011: 82-90 [doi]\nA New Motion Estimation Method and Its Application in Motion Compensation Deinterlacing AlgorithmsTao Zhang, Jianyu Wang, Pengfei He. icaic 2011: 344-351 [doi]\nResearch of constraint handling techniques for Economic Load Dispatch of power systemYu Wang, Bin Li, Guang Mei Jing, Peng Wang, Jianyu Wang. cec 2010: 1-8 [doi]\nA Concept Semantic Similarity Algorithm Based on Bayesian EstimationKui Wu, Ling Guo, Xianzhong Zhou, Jianyu Wang. In Roger Y. Lee, Naohiro Ishii, editors, Software Engineering, Artificial Intelligence, Networking and Parallel/Distributed Computing. Volume 209 of Studies in Computational Intelligence, pages 135-144, Springer, 2009. [doi]\nA Method Based on General Model Template for Audio RetrievalXin He, Ling Guo, Jianyu Wang, Xianzhong Zhou. icnsc 2008: 1688-1691 [doi]\nA Self-adapting Dual-threshold Method for Video Shot Transition DetectionJianyu Wang, Wen Luo. icnsc 2008: 704-707 [doi]\nTwo-Phase Support Vector Clustering for Multi-Relational Data MiningPing Ling, Yan Wang, Nan Lu, Jianyu Wang, Chunguang Zhou, Shuang Liang. cw 2005: 139-146 [doi]\nOnline Selecting Discriminative Tracking Features Using Particle FilterJianyu Wang, Xilin Chen, Wen Gao. cvpr 2005: 1037-1042 [doi]\nExact enumeration of rooted 3-connected triangular maps on the projective planeZhicheng Gao, Jianyu Wang. DAM, 141(1-3):149-159, 2004. [doi]\nApproximating Inference on Complex Motion Models Using Multi-model Particle FilterJianyu Wang, Debin Zhao, Shiguang Shan, Wen Gao. pcm 2004: 1011-1018 [doi]\nInteracting multiple model particle filter to adaptive visual trackingJianyu Wang, Debin Zhao, Wen Gao, Shiguang Shan. icig 2004: 568-571 [doi]\nFacial feature tracking combining model-based and model-free methodJianyu Wang, Wen Gao, Shiguang Shan, Xiaopeng Hu. icassp 2003: 205-208 [doi]\nFacial feature tracking combining model-based and model-free methodJianyu Wang, Wen Gao, Shiguang Shan, Xiaopeng Hu. icmcs 2004: 125-128 [doi]\nDevelopment of an airborne multi-angle TIR/VNIR imaging systemJunfa Wang, Fan Yang, Jincai Xiao, Tao Wei, Jianyu Wang. igarss 2002: 2245-2248 [doi]\nDiagonal Flips in Labelled Planar TriangulationsZhicheng Gao, Jorge Urrutia, Jianyu Wang. gc, 17(4):647-657, 2001. [doi]\nExact Enumeration of Rooted 3-connected Triangular Maps on the Projective Plane (Extended Abstract)Zhicheng Gao, Jianyu Wang. endm, 7:30-33, 2001. [doi]\nEnumeration of Rooted Planar Triangulations with Respect to Diagonal FlipsZhicheng Gao, Jianyu Wang. JCT, 88(2):276-296, 1999. [doi]


url: =Fujian Junhao Results - Possession, Corners, Fouls, Shots On Goal, and Shots Off Goal - WinDrawWin.com\nFUJIAN JUNHAO RESULTS AND GAME STATISTICSFujian Junhao Results and Statistics - Here are the latest current season results and match statistics for Fujian Junhao. Where available, corner statistics, percentage possession, half-time and full-time results, yellow and red cards, goal times and scorers, fouls committed, and shots on and off goal are displayed.Fujian Junhao statistics are highlighted in orange below. Click the more statistics [+] link to show more details about each game.Click here to viewFujian Junhao home league results and statisticsFujian Junhao away league results and statisticsFUJIAN JUNHAO SEASON RESULTS Home Team StatisticsAway Team StatisticsFT ResultHT ResultPosCnrsFlsSOnGSOffGPosCnrsFlsSOnGSOffGM30-OctFujian Junhao v Guangzhou R F3-21-150%9147250%01531[+]Goals 16 mins (0 - 1) - Renatinho 45 mins (1 - 1) - Matheus 63 mins (1 - 2) - Xiao Zhi 72 mins (2 - 2) - Mao Jianqing 90 mins (3 - 2) - Diego MauricioCards 20 mins - Tixiang Li (Fujian Junhao) 33 mins - Wang Peng (Fujian Junhao) 70 mins - Renatinho (Guangzhou R F)26-OctYanbian v Fujian Junhao2-01-045%394555%61756[+]Goals 42 mins (1 - 0) - Jin Bo 71 mins (2 - 0) - Ha Tae GoonCards 32 mins - Liu Junpeng (Fujian Junhao) 56 mins - Wu Yongchun (Yanbian) 86 mins - Jin Bo (Yanbian)23-OctHenan Jianye v Fujian Junhao0-20-151%9227649%42036[+]Goals 5 mins (0 - 1) - Matheus 80 mins (0 - 2) - Cho Yong HyungCards 36 mins - Xiaoming Li (Henan Jianye) 37 mins - Liu Junpeng (Fujian Junhao) 67 mins - Hu Wei (Fujian Junhao) 69 mins - Cho Yong Hyung (Fujian Junhao) 77 mins - Miral Samardzic (Henan Jianye)15-OctFujian Junhao v Guangzhou0-60-546%9142354%217104[+]Goals 12 mins (0 - 1) - Alan 27 mins (0 - 2) - Gao Lin 29 mins (0 - 3) - Paulinho 38 mins (0 - 4) - Ricardo Goulart 45 mins (0 - 5) - Ricardo Goulart 60 mins (0 - 6) - AlanCards 11 mins - Ricardo Goulart (Guangzhou) 23 mins - Mei Fang (Guangzhou) 35 mins - Zou Zheng (Guangzhou) 40 mins - Matheus (Fujian Junhao) 45 mins - Xu Bo (Fujian Junhao)25-SepFujian Junhao v Changchun Yatai3-22-050%5187450%61851[+]Goals 15 mins (1 - 0) - Mao Jianqing 42 mins (2 - 0) - Matheus 49 mins (2 - 1) - Anzur Ismailov 61 mins (2 - 2) - Bruno Meneghel 71 mins (3 - 2) - MatheusCards 4 mins - Guang Li (Changchun Yatai) 6 mins - Zhenyu Du (Changchun Yatai) 32 mins - Li Chao (Fujian Junhao) 33 mins - Zhenyu Du (Changchun Yatai) 68 mins - Anzur Ismailov (Changchun Yatai) 70 mins - Zhe Jiang (Changchun Yatai) 85 mins - Shuai Pei (Changchun Yatai)18-SepBeijing Guoan v Fujian Junhao0-00-059%6228941%01316[+]Cards 45 mins - Dabao Yu (Beijing Guoan) 63 mins - Lei Tenglong (Beijing Guoan) 79 mins - Guan Zhen (Fujian Junhao) 82 mins - Cho Yong Hyung (Fujian Junhao) 86 mins - Zhang Chengdong (Beijing Guoan) 89 mins - Burak Yilmaz (Beijing Guoan) 89 mins - Jiang Jihong (Fujian Junhao)11-SepFujian Junhao v Jiangsu Shuntian1-60-248%7145452%213117[+]Goals 30 mins (0 - 1) - Ji Xiang 34 mins (0 - 2) - Alex Teixeira 48 mins (1 - 2) - Diego Mauricio 55 mins (1 - 3) - Alex Teixeira 85 mins (1 - 4) - Roger Martinez 90 mins (1 - 5) - Wu Xi 90 mins (1 - 6) - Alex TeixeiraCards 33 mins - Li Chao (Fujian Junhao) 42 mins - Mi Haolun (Fujian Junhao) 58 mins - Feng Shaoshun (Fujian Junhao)19-AugShanghai Telaishi v Fujian Junhao4-11-151%3117349%63121[+]Goals 10 mins (1 - 0) - Fu Huan 21 mins (1 - 1) - Matheus 55 mins (2 - 1) - Dario Conca 66 mins (3 - 1) - Elkeson 75 mins (4 - 1) - Wu LeiCards 26 mins - Li Chunyu (Fujian Junhao) 44 mins - Yu Hai (Shanghai Telaishi) 45 mins - Tixiang Li (Fujian Junhao) 66 mins - Cho Yong Hyung (Fujian Junhao) 69 mins - Feng Shaoshun (Fujian Junhao) 90 mins - Zhang Wei (Shanghai Telaishi)13-AugFujian Junhao v Tianjin Teda2-21-158%11166642%11742[+]Goals 23 mins (0 - 1) - Hu Rentian 36 mins (1 - 1) - Ruben Micael 61 mins (2 - 1) - Matheus 85 mins (2 - 2) - Cao YangCards 41 mins - Mbaye Diagne (Tianjin Teda) 42 mins - Feng Shaoshun (Fujian Junhao) 56 mins - Pan Ximing (Tianjin Teda) 88 mins - Li Yuanyi (Tianjin Teda) 90 mins - Zhou Haibin (Tianjin Teda)31-JulFujian Junhao v Hebei Zhongji1-10-053%2227447%1825[+]Goals 50 mins (0 - 1) - Aloisio 79 mins (1 - 1) - MatheusCards 28 mins - Tixiang Li (Fujian Junhao) 41 mins - Mi Haolun (Fujian Junhao) 52 mins - Li Chunyu (Fujian Junhao) 54 mins - Ersan Gulum (Hebei Zhongji) 54 mins - Feng Shaoshun (Fujian Junhao) 63 mins - Li Hang (Hebei Zhongji)24-JulChongqing Lifan v Fujian Junhao1-01-044%2174256%4947[+]Goals 7 mins (1 - 0) - Emanuel GigliottiCards 5 mins - Cho Yong Hyung (Fujian Junhao) 81 mins - Lu Jianjun (Fujian Junhao) 87 mins - Diego Mauricio (Fujian Junhao) 90 mins - Xu Yang (Chongqing Lifan) 90 mins - Luo Qin (Chongqing Lifan)21-JulFujian Junhao v Shanghai Shenhua2-10-149%5133451%41522[+]Goals 18 mins (0 - 1) - Obafemi Martins 55 mins (1 - 1) - Mao Jianqing 76 mins (2 - 1) - Cho Yong HyungCards 3 mins - Jianbin Li (Shanghai Shenhua) 72 mins - Lu Jianjun (Fujian Junhao) 85 mins - Cao Yunding (Shanghai Shenhua)17-JulHangzhou Lvcheng v Fujian Junhao0-00-050%6122550%11112[+]Cards 13 mins - Denilson Gabionetta (Hangzhou Lvcheng) 38 mins - Cho Yong Hyung (Fujian Junhao) 42 mins - Xu Bo (Fujian Junhao) 72 mins - Lu Jianjun (Fujian Junhao) 74 mins - Chen Zhongliu (Hangzhou Lvcheng)13-JulShandong Luneng v Fujian Junhao4-0 No additional match data available for this game8-JulLiaoning Hongyun v Fujian Junhao2-11-053%2194447%31434[+]Goals 16 mins (1 - 0) - Dario Vidosic 83 mins (2 - 0) - Anthony Ujah 88 mins (2 - 1) - MatheusCards 39 mins - Jin Taiyan (Liaoning Hongyun) 45 mins - Lu Jianjun (Fujian Junhao) 67 mins - Xu Bo (Fujian Junhao)2-JulGuangzhou R F v Fujian Junhao4-21-059%5137541%31052[+]Goals 39 mins (1 - 0) - Renatinho 53 mins (1 - 1) - Jean-Philippe Mendy 76 mins (2 - 1) - Eran Zahavi 84 mins (3 - 1) - Zeng Chao 90 mins (4 - 1) - Zhang Yaokun 90 mins (4 - 2) - Jiang JihongCards 13 mins - Lu Lin (Guangzhou R F) 14 mins - Lu Jianjun (Fujian Junhao) 55 mins - Gustav Svensson (Guangzhou R F) 61 mins - Renatinho (Guangzhou R F)26-JunFujian Junhao v Yanbian1-30-256%499444%31883[+]Goals 31 mins (0 - 1) - Nikola Petkovic 39 mins (0 - 2) - Cui Ren 81 mins (1 - 2) - Diego Mauricio 90 mins (1 - 3) - Kim Seung DaeCards 68 mins - Chi Wenyi (Yanbian) 76 mins - Cui Peng (Fujian Junhao)19-JunFujian Junhao v Henan Jianye1-01-047%4201453%41728[+]Goals 35 mins (1 - 0) - Ruben MicaelCards 9 mins - Yin Hongbo (Henan Jianye) 21 mins - Xiaoming Li (Henan Jianye) 23 mins - Ruben Micael (Fujian Junhao) 51 mins - Lu Jianjun (Fujian Junhao) 62 mins - Jingbao Zhong (Henan Jianye) 69 mins - Mi Haolun (Fujian Junhao) 79 mins - Yu Liang (Henan Jianye) 90 mins - Ryan McGowan (Henan Jianye)11-JunGuangzhou v Fujian Junhao0-00-060%7197740%21615[+]Cards 5 mins - Cho Yong Hyung (Fujian Junhao) 14 mins - Zheng Zhi (Guangzhou) 30 mins - Xu Bo (Fujian Junhao) 40 mins - Rong Hao (Guangzhou) 56 mins - Diego Mauricio (Fujian Junhao) 67 mins - Mei Fang (Guangzhou)29-MayChangchun Yatai v Fujian Junhao1-01-046%7201554%41614[+]Goals 38 mins (1 - 0) - Julien GoriusCards 40 mins - Li Chao (Fujian Junhao) 64 mins - Mao Jianqing (Fujian Junhao) 67 mins - Ruben Micael (Fujian Junhao) 90 mins - Wang Peng (Fujian Junhao)22-MayFujian Junhao v Beijing Guoan1-11-054%4182146%51346[+]Goals 38 mins (1 - 0) - Guan Zhen 53 mins (1 - 1) - Renato AugustoCards 13 mins - Feng Shaoshun (Fujian Junhao) 56 mins - Ralf (Beijing Guoan) 61 mins - Mi Haolun (Fujian Junhao) 64 mins - Cheng Piao (Beijing Guoan) 73 mins - Lu Jianjun (Fujian Junhao) 83 mins - Sun Haosheng (Fujian Junhao) 84 mins - Lei Tenglong (Beijing Guoan)14-MayJiangsu Shuntian v Fujian Junhao0-00-058%8811142%31402[+]Cards 28 mins - Jiang Jihong (Fujian Junhao) 33 mins - Li Ang (Jiangsu Shuntian) 71 mins - Wang Peng (Fujian Junhao)8-MayFujian Junhao v Shanghai Telaishi1-21-155%3142445%52048[+]Goals 12 mins (1 - 0) - Guan Zhen 39 mins (1 - 1) - Dario Conca 48 mins (1 - 2) - Wu LeiCards 13 mins - Feng Shaoshun (Fujian Junhao) 23 mins - Mao Jianqing (Fujian Junhao) 33 mins - Mi Haolun (Fujian Junhao) 45 mins - Diego Mauricio (Fujian Junhao) 74 mins - Yu Hai (Shanghai Telaishi) 76 mins - Cui Peng (Fujian Junhao)1-MayTianjin Teda v Fujian Junhao2-02-0No additional match data available for this game24-AprFujian Junhao v Shandong Luneng2-12-146%4196354%41389[+]Goals 11 mins (1 - 0) - Ruben Micael 21 mins (1 - 1) - Xinghan Wu 40 mins (2 - 1) - Jiang JihongCards 50 mins - Li Chao (Fujian Junhao) 57 mins - Lin Dai (Shandong Luneng) 77 mins - Diego Tardelli (Shandong Luneng) 90 mins - Huang Shibo (Fujian Junhao)17-AprHebei Zhongji v Fujian Junhao1-11-154%2123546%101713[+]Goals 34 mins (1 - 0) - Dong Xuesheng 45 mins (1 - 1) - Feng ShaoshunCards 90 mins - Mi Haolun (Fujian Junhao)9-AprFujian Junhao v Chongqing Lifan1-11-148%4253352%91354[+]Goals 36 mins (1 - 0) - Diego Mauricio 43 mins (1 - 1) - Emanuel GigliottiCards 71 mins - Fernandinho (Chongqing Lifan) 78 mins - Liu Junpeng (Fujian Junhao) 90 mins - Jacob Mulenga (Fujian Junhao)3-AprShanghai Shenhua v Fujian Junhao3-12-060%5166540%31946[+]Team FormationsShanghai Shenhua : 4-2-3-1Fujian Junhao : 5-3-2Goals 5 mins (1 - 0) - Demba Ba 43 mins (2 - 0) - Demba Ba 50 mins (2 - 1) - Mao Jianqing 58 mins (3 - 1) - Demba BaCards 22 mins - Ruben Micael (Fujian Junhao) 57 mins - Sheng Qin (Shanghai Shenhua) 69 mins - Jinhao Bi (Shanghai Shenhua) 77 mins - Jacob Mulenga (Fujian Junhao) 82 mins - Li Chunyu (Fujian Junhao)13-MarFujian Junhao v Hangzhou Lvcheng1-01-051%4151349%41024[+]Goals 41 mins (1 - 0) - Mao JianqingCards 24 mins - Denilson Gabionetta (Hangzhou Lvcheng) 24 mins - Li Chao (Fujian Junhao) 37 mins - Feng Shaoshun (Fujian Junhao) 43 mins - Mao Jianqing (Fujian Junhao) 44 mins - Tim Cahill (Hangzhou Lvcheng) 90 mins - Mi Haolun (Fujian Junhao)FUJIAN JUNHAO FACTSFujian Junhao BTTS Statistics - Both teams score in 55% of games involving Fujian Junhao (both teams scored in 16 out of 29 Fujian Junhao games played this season). The average percentage of games in which both teams score for China Super League is 52.65%Fujian Junhao Over/Under 2.5 Goals Statistics - There was over 2.5 goals in 48% of games involving Fujian Junhao (14 out of 29 games this season involving Fujian Junhao have finished with 3 or more goals). The average percentage of games where there were over 2.5 goals in China Super League is 50%Fujian Junhao Corners Statistics - Games involving Fujian Junhao average 8.89 corners in total. Fujian Junhao home games average 8.93 corners, and Fujian Junhao away games average 8.86 corners. The average number of corners in games in China Super League this season is 8.9 (home team average corners won - 4.89, away team average corners won - 4.01).Fujian Junhao Half-Time Over/Under 0.5 Goals Statistics - There was over 0.5 goals at half-time in 82% of games involving Fujian Junhao (23 out of 28 games this season involving Fujian Junhao have had more than 0.5 goals at half-time). The average percentage of games where there were over 0.5 goals at half-time in China Super League is 69%Fujian Junhao Half-Time Over/Under 1.5 Goals Statistics - There was over 1.5 goals at half-time in 46% of games involving Fujian Junhao (13 out of 28 games this season involving Fujian Junhao have had more than 1.5 goals at half-time). The average percentage of games where there were over 1.5 goals at half-time in China Super League is 36%


url: =BlogHer. BlogHer Conference | Mama Sick\nTag Archives: BlogHer. BlogHer Conference


url: =BMC Mol Biol. 2012; 13: 5.\nPublished online 2012 February 15. doi: 10.1186/1471-2199-13-5\nChen Gao,#1 Ming-Ming Pan,#1,2 Yan-Jun Lei,1,2 Li-Qing Tian,3 Hui-Ying Jiang,1 Xiao-Li Li,1 Qi Shi,1 Chan Tian,1 Yu-Kang Yuan,2 Gui-Xiang Fan,2 and Xiao-Ping Dong 1,4\n1State Key Laboratory for Infectious Disease Prevention and Control, National Institute for Viral Disease Control and Prevention, Chinese Center for Disease Control and Prevention, Changbai Rd 155, Beijing 102206, People's Republic of China\n2School of Medicine, Xi'an Jiao-Tong University, Xi'an 710061, People's Republic of China\n3Center for Computational and Systems Biology, Institute of Biophysics, Chinese Academy of Science, Beijing 100101, People's Republic of China\n4Chinese Academy of Sciences Key Laboratory of Pathogenic Microbiology and Immunology, Institute of Microbiology, Chinese Academy of Sciences, Beijing 100101, People's Republic of China\nChen Gao: moc.liamtoh@oagnehcnehC; Ming-Ming Pan: nc.oohay@0003gnimgnimnap; Yan-Jun Lei: moc.liamtoh@8627jyiel; Li-Qing Tian: moc.liamg@qlnait; Hui-Ying Jiang: moc.621@65gniyiuhgnij; Xiao-Li Li: moc.anis@21170inin; Qi Shi: moc.621@67iqihs; Chan Tian: moc.621@cdc_nahcnait; Yu-Kang Yuan: nc.ude.utjx.liam@ygolonummi; Gui-Xiang Fan: moc.uhos@oagnehc; Xiao-Ping Dong: moc.anis@832pxgnod\nReceived 2011 August 31; Accepted 2012 February 15.\nCopyright ©2012 Gao et al; BioMed Central Ltd.\nKeywords: HPV-2, E2, DNA-binding, Transcriptional regulation, Promoter


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url: =The Principal Component Analysis of Amino Acids of Nostoc commune in Qinghai Plateau--《Journal of Anhui Agricultural Sciences》2009年15期\nThe Principal Component Analysis of Amino Acids of Nostoc commune in Qinghai Plateau\nCAO Hong-cui et al(School of Chemical Engineering,Qinghai University,Xi'ning,Qinghai 810016)\n[Objective] The research aimed to evaluated the amino acids content of the Nostoc commune in Qinghai plateau comprehensively.[Method] By application of the principal component analysis and the statistic software SPSS,the amino acids content of the N.commune in Qinghai plateau was studied.[Result] The results showed that the quality of amino acids was the first in Hainan prefecture,the second in Huangnan prefecture,and the last in Haixi prefecture.[Conclusion] The study will provide the scientific references for usage of N.commune in Qinghai plateau\n1 LI Tian-cai,CHEN Gui-chen,SUO You-rui (Northwest Plateau Institute of Biology, The Chinese Academy of Sciences,Xining 810001,China);Characteristic Analysis of Amino Acids of Nostoc commune in Qinghai Plateau[J];Amino Acids & Biotic Resources;2004-03\n2 ZHOU Shi-ping,LI Tian-cai (Northwest Plateau Institute of Biology,The Chinese Academy of Sciences,Xining 810001,China);Characteristic of the Trace Elements of Nostoc Commune in Qinghai Plateau[J];Trace Elements Science;2001-08\n3 JIA Ming-hui,HUA Zhi-qiang (College of Mathematics and Computer Science,Inner Mongolia University for Nationalities,Tongliao 028043,China);The Discussion on Improved Methods of the Principal Component Analysis[J];Journal of Inner Mongolia University for Nationalities(Natural Sciences);2008-04\n4 ZHAO Xu-sheng,Li Xi-hui(Department of Chemistry,Qinghai Nationalities College,Xining 810007,China);Stuty of the Principal Component Analysis Method to Determination of Trace Elements of Coptis Chinensis[J];Studies of Trace Elements and Health;2007-03\n5 Zhou Libing(Department of Chemistry,Qinghai College for Nationlities,Xining 810007,China);The Principal Component Analysis of Mineral Elements in Qinghai Yak's Bone[J];Journal of Yunnan Nationalities University(Natural Sciences Edition);2006-02\n1 JIN Jian-hua et al(Department of Chemistry,Qinghai Nationalities Institute,Xining,Qinghai 810007);Factor Analysis for Trace Elements in Yak of Qinghai Lake Area[J];Journal of Anhui Agricultural Sciences;2008-05\n2 LI Tian-cai,CHEN Gui-chen,SUO You-rui (Northwest Plateau Institute of Biology, The Chinese Academy of Sciences,Xining 810001,China);Characteristic Analysis of Amino Acids of Nostoc commune in Qinghai Plateau[J];Amino Acids & Biotic Resources;2004-03\n3 XU Shi-you, JIA Xiu-hua, DING Cong-wen, YANG Jun ( Department of Chemistry, Chaohu College, Chaohu Anhui 238000, China; Department of Chemistry, Henan Normal University, Xinxiang Henan 453002, China);Topological Index ~mE and Physicochemical Properties of Inorganic Compounds[J];Journal of Beijing Polytechnic University;2005-01\n4 CAI ZongYuan YAN AiXia (College of Life Science and Technology,Beijing University of Chemical Technology,Beijing 100029,China);Quantitative structure activity relationships in blood brain partitioning[J];Journal of Beijing University of Chemical Technology(Natural Science Edition);2008-03\n5 YANG Xu 1, REN Qian 1, HUANG You-zhi 1, ZHAO De-rong 2 (1. School of Chemical Engineering and Materials Science, Beijing Institute of Technology, Beijing100081, China; 2. Qingyang Chemical Plant, Liaoyang, Liaoning 111002, China);On-Line Rapid Measurement of Volatile Ingredients in Propellant Products with the NIR Spectroscopy Method[J];Journal of Beijing Institute of Technology;2002-05\n6 Zeng Li, Huang Xiaolan, Wu Huiqin, Bin Renmao Author’s address Editorial Department of Journal of Fenxi Ceshi Xuebao, 510070, Guangzhou, China;Several questions about mathematical formulas in literature cited in scientific papers[J];Acta Editologica;2007-01\n7 JING Jing,HUO Liang-sheng(College of Mechanical Engineering and Automation,Beijing Technology and Business University,Beijing 100037,China);RESEARCH OF ICP-AES SPECTRUM INSTRUMENTS AND DESIGN OF ITS SOFTWARE[J];Journal of Beijing Technology and Business University (Natural Science Edition);2005-06\n8 HE Xu-yuan CHEN Yuan-dao (Department of Chemistry and Chemical Enineering, Changde Teachers' University,Changde Hunan,415000);A NOVEL TOPOLOGICAL INDEX(~1χ~F) AND ITS APPLICATION TO STRUCTURE-PROPETY RELATIONSHIPS OF ALCOHOLS[J];Journal of Changde Teachers University;2002-01\n9 ZHOU Wen-yong,FU Ming(China Academy of Airborne Missiles,Luoyang 471009,China);Determination of Various Metallic Impurities in Cyanide Bath for Silver Electroplating by ICP-AES[J];Materials Protection;2008-01\n10 WANG Cheng-zhang,LI De-feng,YAN Xue-bing,WANG Yan-hua,GUO Yu-xia,JIANG Yi-bao(College of Animal Science,Henan Agricultual University,Zhengzhou 450002,China);Effects of alfalfa meal on production performance and serum of fattening pigs[J];Acta Prataculturae Sinica;2008-06\n3 ;SPECTRAL MEASURING TEMPERATURE DISTRIBUTION OF LASER INDUCED PLASMA IN DEEP PENETRATION WELDING[A];[C];2007\n4 YE Xiaoying YANG Chunsheng XIE Shaojin Insititute of Aeronautical Materials Beijing 100095;DETERMINATION OF TRACE B IN NEW TYPE NICKEL BASED SUPERALLOY BY ICP-AES[A];[C];2008\n5 MEI Tan TAO Meijuan YAN Guoqiang Testing Center, Shanghai Research Institute of Materials Shanghai 200437;STUDY ON SPECTRAL INTERFERENCES AND CORRECTION METHODS IN ICP-AES[A];[C];2008\n6 Shaoping Deng Shiyi Tian (Zhejiang Gongshang University,Food Sensory Science Laboratory,Zhejiang Hangzhou 310035);Progress and its Technique Background of the Electronic Tongue[A];[C];2006\n7 GAO Hong ZHU Chun-feng BAI Xue (Research Institute of Petroleum Processing,China Petroleum and Chemical Corporation,Beijing 100083,China);Determination of the Density of Diesel by GC/MS[A];[C];2007\n3 YE Yi-guang, ZHOU Lei (College of Economics and Trade, Nanjing Agricultre University, Nanjing 210095, China);A PRINCIPLE COMPONENT ANALYSIS ON SYNTHETICAL STRENGTHFOR CITIES IN THE CHANGJIANG RIVER DELTA[J];Resources and Environment in the Yangtze Basin;2004-03\n4 Han Tianxi 1) Jiang Chun 2) Wei Xueli 1) Han Mei 1) Feng Deyi 2) 1) Tianjin University of Technology, Tianjin 300191, China 2) Earthquake Administration of Tianjin Municipality, Tianjin 300201, China;JOINT MULTIVARIATE STATISTICAL MODEL AND ITS APPLICATIONS TO SYNTHETIC EARTHQUAKE PREDICTION[J];Acta Seismologica Sinica;2004-05\n5 TANG Rui HUANG Qing-Hua YAN Zhi-Hong (School of Pharmacy,Guangdong Pharmaceutical University,Guangzhou 510006,P.R.China);Determination of Trace Element of Coptis Chinensis by ICP-AES[J];Chinese Journal of Spectroscopy Laboratory;2006-03\n6 SUO You-rui, LI Tian-cai (Northwest Plateau Institute of Biology,The Chinese Academy of Sciences, Xining 810001, China);Characteristic of Trace Elements of Tibetan Medicine Yak's Horn[J];TRACE ELEMENTS SCIENCE;2000-01\n7 ZHOU Shi-ping,LI Tian-cai (Northwest Plateau Institute of Biology,The Chinese Academy of Sciences,Xining 810001,China);Characteristic of the Trace Elements of Nostoc Commune in Qinghai Plateau[J];Trace Elements Science;2001-08\n8 LI Tian cai,SUO You rui (Northwest Plateau Institute of Biology,The Chinese Academy of Sciences,Xining 810001,China);Characteristic of Mineral Elements in Tibetan Medicine Yak's Bone[J];Trace Elements Science;2002-04\n9 Sheng Jiarong 1) Fan Huiqin 2) Zheng Linhui 3) (1,3)Chem.Dept.Guangxi Teachers College,Nanning,Guangxi,530001; 2)Chem.Dept.Guangxi Teachers University,Guilin,Guangxi,541004);ANALYSIS OF THE MAIN NUTRIENTS OF NOSTOC COMMUNE[J];JOURNAL OF GUANGXI TEACHERS COLLEGE;1998-04\n10 HUANG Jian,LIU Jian-guo,YAN Pei-jing ( 1. R&D Center of Marine Biotechnology, Institute of Oceanology,Chinese Academy of Sciences, Qingdao 266071 China);Primary Study on Artificial Cultivation of Nostoc flagelliforme[J];Journal of Laiyang Agricultural College;2001-03


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url: =Overall Red Tropical Cyclone alert for YUTU-18 in Philippines, Northern Mariana Islands from 21 Oct 2018 12:00 UTC to 28 Oct 2018 06:00 UTC\n28 Oct 2018 06 UTC\nCurrent 213 km/h 0.4 m n.a. 2.5\n28 28 Oct 2018 18:00 Category 4 231 55.8 million people no people 17.7, 127 Philippines\n28 29 Oct 2018 06:00 Category 4 222 61.2 million people 56000 people 17.2, 125.1 Philippines\n28 29 Oct 2018 18:00 Category 4 213 61.1 million people 3.5 million people 16.9, 122.9 Philippines\n28 30 Oct 2018 06:00 Category 2 167 57.7 million people 920000 people 16.9, 120.6 Philippines\n28 31 Oct 2018 06:00 Category 2 167 94.9 million people no people 17.9, 117.6 China\n28 01 Nov 2018 06:00 Category 2 176 65.6 million people no people 19.6, 116.1 China\n28 02 Nov 2018 06:00 Category 2 157 no people no people 21.3, 116.4\nLocations affected by Storm surge (427 locations). Calculation based on advisory number 28 of 28 Oct 2018 06:00:00 UTC. (Simulation using 0.5 minute resolution)\n30 Oct 2018 06:00 Tagudin Philippines 0.4\n30 Oct 2018 06:00 Dili Philippines 0.4\n30 Oct 2018 06:00 Bitalag Philippines 0.4\n30 Oct 2018 06:00 Agdeppa Philippines 0.4\n01 Nov 2018 05:00 Daitou China 0.4\n01 Nov 2018 05:00 Tain Sha Tsui Hong Kong (China) 0.4\n01 Nov 2018 05:00 A Kung Ngam Hong Kong (China) 0.4\n01 Nov 2018 05:00 Jinghai China 0.4\n01 Nov 2018 05:00 Pinghai China 0.4\n01 Nov 2018 05:00 Gangkou China 0.4\n01 Nov 2018 05:00 Haimen China 0.4\n01 Nov 2018 05:00 North Point Hong Kong (China) 0.4\n01 Nov 2018 05:00 Zhelang China 0.4\n01 Nov 2018 05:00 Long Ke Hong Kong (China) 0.4\n01 Nov 2018 05:00 Guangao China 0.4\n01 Nov 2018 05:00 Gongkou China 0.4\n01 Nov 2018 04:00 Changqingwei China 0.4\n01 Nov 2018 05:00 Chik Sha Hong Kong (China) 0.4\n01 Nov 2018 05:00 Tei Tong Tsui Hong Kong (China) 0.4\n01 Nov 2018 05:00 Tai Wan Tau Hong Kong (China) 0.4\n01 Nov 2018 05:00 Hang Hau Hong Kong (China) 0.4\n01 Nov 2018 05:00 Luzui China 0.4\n30 Oct 2018 06:00 Luna Philippines 0.4\n01 Nov 2018 05:00 Cheung Wo Hong Kong (China) 0.4\n01 Nov 2018 05:00 Shantou China 0.4\n01 Nov 2018 05:00 Dahao China 0.4\n01 Nov 2018 05:00 Aotou China 0.4\n01 Nov 2018 05:00 Siwei China 0.4\n01 Nov 2018 05:00 Donghong China 0.4\n01 Nov 2018 05:00 Ch'ao-yang-hsien China 0.4\n01 Nov 2018 04:00 Hudong China 0.4\n01 Nov 2018 05:00 Pak Sha Au Hong Kong (China) 0.4\n01 Nov 2018 05:00 Huanglong China 0.4\n01 Nov 2018 05:00 Jingzhou China 0.4\n01 Nov 2018 05:00 Imtin China 0.4\n01 Nov 2018 05:00 Houzhai China 0.4\n01 Nov 2018 05:00 Jiazi China 0.4\n30 Oct 2018 07:00 Santa Cruz Philippines 0.3\n01 Nov 2018 05:00 Chek Chue Hong Kong (China) 0.3\n01 Nov 2018 05:00 Tai Tam Hong Kong (China) 0.3\n01 Nov 2018 05:00 Stanley Hong Kong (China) 0.3\n01 Nov 2018 05:00 Chai Wan Hong Kong (China) 0.3\n01 Nov 2018 05:00 Hok Tsui Wan Hong Kong (China) 0.3\n01 Nov 2018 04:00 Jieshi China 0.3\n01 Nov 2018 05:00 Kowloon Hong Kong (China) 0.3\n01 Nov 2018 05:00 Tsz Wa Chan Hong Kong (China) 0.3\n01 Nov 2018 05:00 Crocodile Hill Hong Kong (China) 0.3\n01 Nov 2018 05:00 Yau Tong Hong Kong (China) 0.3\n01 Nov 2018 05:00 Rennie's Mill Hong Kong (China) 0.3\n01 Nov 2018 05:00 Sau Mau Ping Hong Kong (China) 0.3\n01 Nov 2018 05:00 Yau Ma Po Hong Kong (China) 0.3\n01 Nov 2018 05:00 Sai Kung Hong Kong (China) 0.3\n01 Nov 2018 05:00 Lau Fau Sha Hong Kong (China) 0.3\n01 Nov 2018 05:00 Ngau Kwu Long Hong Kong (China) 0.3\n01 Nov 2018 05:00 Dapeng China 0.3\n30 Oct 2018 12:00 Pamarauan Philippines 0.3\n01 Nov 2018 05:00 Shagang China 0.3\n01 Nov 2018 05:00 Aotou China 0.3\n30 Oct 2018 05:00 Bacnotan Philippines 0.3\n01 Nov 2018 05:00 Shenao China 0.3\n01 Nov 2018 05:00 Zhelin China 0.3\n01 Nov 2018 05:00 Gangkou China 0.3\n01 Nov 2018 05:00 Raoping China 0.3\n01 Nov 2018 04:00 Shenquan China 0.3\n01 Nov 2018 05:00 San Wan Ho Shau Hong Kong (China) 0.3\n01 Nov 2018 05:00 Tianqian China 0.3\n01 Nov 2018 05:00 Jinhe China 0.3\n01 Nov 2018 05:00 Wai-lo China 0.3\n30 Oct 2018 03:00 Manila Philippines 0.3\n31 Oct 2018 05:00 Samal Philippines 0.3\n31 Oct 2018 05:00 Hermosa Philippines 0.3\n31 Oct 2018 05:00 Orani Philippines 0.3\n30 Oct 2018 05:00 Tammocalao Philippines 0.3\n01 Nov 2018 05:00 Guleitou China 0.3\n01 Nov 2018 05:00 Wanshan China 0.3\n01 Nov 2018 05:00 Tai Long Wan Hong Kong (China) 0.3\n01 Nov 2018 05:00 Taipang China 0.3\n01 Nov 2018 05:00 Cheung Kang Hong Kong (China) 0.3\n01 Nov 2018 05:00 Shadi China 0.3\n01 Nov 2018 05:00 Khitschhung China 0.3\n31 Oct 2018 05:00 Abucay Philippines 0.3\n01 Nov 2018 05:00 Huanggang China 0.3\n01 Nov 2018 05:00 Chelim China 0.3\n01 Nov 2018 05:00 Jiesheng China 0.3\n01 Nov 2018 05:00 Ham Tin Hong Kong (China) 0.3\n01 Nov 2018 05:00 Fanhe China 0.3\n01 Nov 2018 05:00 Hsia-yung China 0.3\n30 Oct 2018 03:00 Bateng Philippines 0.3\n30 Oct 2018 03:00 Alacan Philippines 0.3\n30 Oct 2018 03:00 Meycauayan Philippines 0.3\n30 Oct 2018 03:00 Tanza Philippines 0.3\n30 Oct 2018 03:00 Tinajeros Philippines 0.3\n30 Oct 2018 03:00 Caloocan Philippines 0.3\n01 Nov 2018 05:00 Nanao China 0.3\n01 Nov 2018 05:00 Chengguanzhen China 0.3\n01 Nov 2018 05:00 Liu'ao China 0.3\n01 Nov 2018 05:00 Lo Tik Wan Hong Kong (China) 0.3\n01 Nov 2018 05:00 Lo So Shing Hong Kong (China) 0.3\n01 Nov 2018 05:00 Chung Hom Kok Hong Kong (China) 0.3\n01 Nov 2018 05:00 Lajiwei China 0.3\n01 Nov 2018 05:00 Luewei China 0.3\n01 Nov 2018 05:00 Nayan China 0.3\n01 Nov 2018 05:00 Doulongcun China 0.3\n01 Nov 2018 05:00 Hsia-mei China 0.3\n01 Nov 2018 05:00 Wa Fu Estate Hong Kong (China) 0.3\n01 Nov 2018 05:00 Aberdeen Hong Kong (China) 0.3\n01 Nov 2018 05:00 Won Hang Hong Kong (China) 0.3\n01 Nov 2018 05:00 Wan Chai Hong Kong (China) 0.3\n01 Nov 2018 05:00 Houmen China 0.3\n01 Nov 2018 05:00 Magong China 0.3\n01 Nov 2018 05:00 Houhu China 0.3\n01 Nov 2018 05:00 Houhai China 0.3\n01 Nov 2018 05:00 Chung-yuan China 0.3\n30 Oct 2018 02:00 Canaoalan Philippines 0.3\n30 Oct 2018 08:00 Imus Philippines 0.3\n01 Nov 2018 05:00 Pok Fu Lam Hong Kong (China) 0.3\n01 Nov 2018 05:00 Jizhongtuo China 0.3\n01 Nov 2018 05:00 Huangwu China 0.3\n01 Nov 2018 05:00 Bengtang China 0.3\n01 Nov 2018 05:00 Baisha China 0.3\n01 Nov 2018 05:00 Shaoyao China 0.3\n01 Nov 2018 05:00 Xingyou China 0.3\n01 Nov 2018 05:00 Qianshan China 0.3\n01 Nov 2018 05:00 Dongjian China 0.3\n30 Oct 2018 06:00 Pinipin Philippines 0.3\n01 Nov 2018 05:00 Dongshan China 0.3\n01 Nov 2018 05:00 Hecuo China 0.3\n01 Nov 2018 05:00 Liuwudian China 0.3\n01 Nov 2018 05:00 Shanwei China 0.3\n01 Nov 2018 05:00 Dianqian China 0.3\n01 Nov 2018 05:00 Sz Pak Hong Kong (China) 0.3\n01 Nov 2018 05:00 Renshan China 0.3\n01 Nov 2018 05:00 Gongqiancun China 0.3\n01 Nov 2018 05:00 Jiuzhen China 0.3\n01 Nov 2018 05:00 Chihu China 0.3\n01 Nov 2018 05:00 Kennedy Town Hong Kong (China) 0.3\n01 Nov 2018 05:00 Central Hong Kong (China) 0.3\n29 Oct 2018 23:00 Bisagu Philippines 0.2\n29 Oct 2018 23:00 Aparri Philippines 0.2\n29 Oct 2018 23:00 Alilinu Philippines 0.2\n29 Oct 2018 23:00 Catuguran Philippines 0.2\n29 Oct 2018 23:00 Linao Philippines 0.2\n29 Oct 2018 19:00 Divilican Philippines 0.2\n30 Oct 2018 02:00 Baloboc Philippines 0.2\n29 Oct 2018 23:00 Cavite Philippines 0.2\n01 Nov 2018 05:00 Fotan China 0.2\n01 Nov 2018 05:00 Sidu China 0.2\n01 Nov 2018 05:00 Ssu-tu China 0.2\n01 Nov 2018 04:00 Yandun China 0.2\n01 Nov 2018 05:00 Boao China 0.2\n01 Nov 2018 05:00 Nam Wan Hong Kong (China) 0.2\n01 Nov 2018 02:00 Tung-li China 0.2\n31 Oct 2018 05:00 Balanga Philippines 0.2\n01 Nov 2018 05:00 Chendai China 0.2\n01 Nov 2018 05:00 Chencheng China 0.2\n01 Nov 2018 05:00 Shentu China 0.2\n01 Nov 2018 05:00 Aotou China 0.2\n01 Nov 2018 05:00 Ha Kwai Chung Hong Kong (China) 0.2\n30 Oct 2018 06:00 Agoo Philippines 0.2\n01 Nov 2018 05:00 Hsi-pu China 0.2\n01 Nov 2018 05:00 Chen-hai China 0.2\n01 Nov 2018 05:00 Zhenhai China 0.2\n01 Nov 2018 05:00 Hoi Pa Hong Kong (China) 0.2\n01 Nov 2018 05:00 Tsuen Wan Hong Kong (China) 0.2\n01 Nov 2018 05:00 Cheung Sha Wan Hong Kong (China) 0.2\n01 Nov 2018 00:00 Huangpo China 0.2\n01 Nov 2018 00:00 Chiu-wu-ch'uan China 0.2\n01 Nov 2018 05:00 Boshegang China 0.2\n01 Nov 2018 05:00 Longtang China 0.2\n01 Nov 2018 05:00 Dong'ao China 0.2\n01 Nov 2018 05:00 Xindian China 0.2\n01 Nov 2018 01:00 Xianmai China 0.2\n01 Nov 2018 01:00 Dongli China 0.2\n01 Nov 2018 05:00 Daomei China 0.2\n01 Nov 2018 05:00 An-ting Taiwan 0.2\n01 Nov 2018 05:00 Chin-men Taiwan 0.2\n01 Nov 2018 05:00 Rudong China 0.2\n01 Nov 2018 05:00 Shangyang China 0.2\n01 Nov 2018 05:00 Dianbai China 0.2\n01 Nov 2018 00:00 Meilu China 0.2\n01 Nov 2018 00:00 Hai-lu China 0.2\n01 Nov 2018 05:00 Hele China 0.2\n30 Oct 2018 02:00 Damaloguen Philippines 0.2\n30 Oct 2018 10:00 Candon Philippines 0.2\n01 Nov 2018 05:00 Huqiu China 0.2\n01 Nov 2018 05:00 Wutian China 0.2\n01 Nov 2018 05:00 Lianhe China 0.2\n01 Nov 2018 05:00 Tung-shih China 0.2\n01 Nov 2018 05:00 Yakou China 0.2\n01 Nov 2018 05:00 Magang China 0.2\n01 Nov 2018 05:00 Diancheng China 0.2\n01 Nov 2018 05:00 Shenwan China 0.2\n01 Nov 2018 01:00 Longshe China 0.2\n29 Oct 2018 19:00 Lapusan Philippines 0.2\n30 Oct 2018 07:00 Baccuit Philippines 0.2\n30 Oct 2018 07:00 Palintocang Philippines 0.2\n30 Oct 2018 07:00 San Fernando Philippines 0.2\n30 Oct 2018 07:00 Santiago Philippines 0.2\n01 Nov 2018 05:00 Fugong China 0.2\n01 Nov 2018 05:00 Gangwei China 0.2\n01 Nov 2018 05:00 Xucuo China 0.2\n01 Nov 2018 05:00 Gulangyu China 0.2\n01 Nov 2018 05:00 Ch'ing-hsu Taiwan 0.2\n01 Nov 2018 05:00 Chin-men Tao Taiwan 0.2\n01 Nov 2018 05:00 Yang-chai Taiwan 0.2\n31 Oct 2018 23:00 Ch'i-ching China 0.2\n31 Oct 2018 23:00 Danchang China 0.2\n01 Nov 2018 01:00 Taiping China 0.2\n01 Nov 2018 03:00 Shalan China 0.2\n30 Oct 2018 05:00 Aringay Philippines 0.2\n30 Oct 2018 06:00 San Cornelio Philippines 0.2\n30 Oct 2018 02:00 Tanza Philippines 0.2\n30 Oct 2018 02:00 Binakayan Philippines 0.2\n01 Nov 2018 05:00 Shijing China 0.2\n01 Nov 2018 05:00 Shih-shih China 0.2\n01 Nov 2018 05:00 Shihu China 0.2\n31 Oct 2018 21:00 Santouzui China 0.2\n31 Oct 2018 23:00 Shuidong China 0.2\n01 Nov 2018 05:00 Haian China 0.2\n01 Nov 2018 05:00 Gujing China 0.2\n01 Nov 2018 05:00 Mei-ko China 0.2\n01 Nov 2018 05:00 Doumen China 0.2\n30 Oct 2018 00:00 Calumpang Philippines 0.2\n31 Oct 2018 05:00 Pilar Philippines 0.2\n30 Oct 2018 09:00 Cabaritan Philippines 0.2\n30 Oct 2018 08:00 Tangaoan Philippines 0.2\n01 Nov 2018 05:00 Songyu China 0.2\n01 Nov 2018 05:00 Xiamen China 0.2\n01 Nov 2018 05:00 Jiangtou China 0.2\n01 Nov 2018 05:00 Chin-ching China 0.2\n01 Nov 2018 05:00 Yongning China 0.2\n01 Nov 2018 05:00 Zhangban China 0.2\n01 Nov 2018 05:00 Dongyuan China 0.2\n31 Oct 2018 21:00 Hsi-t'ou China 0.2\n31 Oct 2018 21:00 Lengzilin China 0.2\n31 Oct 2018 22:00 Pinggang China 0.2\n01 Nov 2018 02:00 Qinglan China 0.2\n01 Nov 2018 05:00 Shuangshui China 0.2\n01 Nov 2018 05:00 Samkong China 0.2\n30 Oct 2018 02:00 Lingayen Philippines 0.2\n30 Oct 2018 02:00 Labangan Philippines 0.2\n29 Oct 2018 19:00 Guiom Philippines 0.2\n29 Oct 2018 19:00 Cavayan Philippines 0.2\n29 Oct 2018 22:00 Borongan Philippines 0.2\n29 Oct 2018 19:00 Malbug Philippines 0.2\n29 Oct 2018 19:00 Labigan Philippines 0.2\n01 Nov 2018 05:00 Hsiang-chih China 0.2\n31 Oct 2018 03:00 Orion Philippines 0.2\n30 Oct 2018 01:00 Manolib Philippines 0.2\n30 Oct 2018 06:00 Baluarte Philippines 0.2\n01 Nov 2018 05:00 Chung-p'ing Taiwan 0.2\n01 Nov 2018 05:00 Hushi China 0.2\n30 Oct 2018 00:00 Cabuluan Philippines 0.1\n30 Oct 2018 17:00 Limay Philippines 0.1\n30 Oct 2018 06:00 Pamaoran Philippines 0.1\n30 Oct 2018 06:00 Anda Philippines 0.1\n01 Nov 2018 05:00 Weitou China 0.1\n01 Nov 2018 05:00 Heng-ch'ung-hsu China 0.1\n01 Nov 2018 05:00 Miaojiao China 0.1\n29 Oct 2018 12:00 Bangon Philippines 0.1\n30 Oct 2018 04:00 Panasgasan Philippines 0.1\n30 Oct 2018 04:00 Nabaul Philippines 0.1\n30 Oct 2018 02:00 Capantolan Philippines 0.1\n30 Oct 2018 02:00 Mangas Philippines 0.1\n29 Oct 2018 20:00 Diniyog Philippines 0.1\n29 Oct 2018 20:00 Casiguran Philippines 0.1\n29 Oct 2018 20:00 Pasaruboy Philippines 0.1\n30 Oct 2018 09:00 Fuarte Philippines 0.1\n30 Oct 2018 09:00 Magsingal Philippines 0.1\n01 Nov 2018 05:00 Wangchuan China 0.1\n01 Nov 2018 05:00 Qian'an China 0.1\n01 Nov 2018 05:00 Dawu China 0.1\n01 Nov 2018 05:00 Chongwu China 0.1\n01 Nov 2018 05:00 Fengwei China 0.1\n01 Nov 2018 05:00 Hsiao-tso China 0.1\n01 Nov 2018 05:00 Mai-ch'en-hsu China 0.1\n01 Nov 2018 05:00 Maichen China 0.1\n01 Nov 2018 05:00 Xincheng China 0.1\n29 Oct 2018 12:00 Mualbual Philippines 0.1\n29 Oct 2018 12:00 Catbalogan Philippines 0.1\n01 Nov 2018 05:00 Daze China 0.1\n29 Oct 2018 06:00 Bagas Philippines 0.1\n29 Oct 2018 06:00 Bikal Philippines 0.1\n30 Oct 2018 03:00 Tondol Philippines 0.1\n30 Oct 2018 03:00 Naic Philippines 0.1\n30 Oct 2018 04:00 Bangad Philippines 0.1\n30 Oct 2018 12:00 Cabcaben Philippines 0.1\n30 Oct 2018 03:00 Lucero Philippines 0.1\n30 Oct 2018 03:00 Pilar Philippines 0.1\n30 Oct 2018 03:00 Dolaoan Philippines 0.1\n01 Nov 2018 05:00 P'u-hsi China 0.1\n01 Nov 2018 05:00 P'u-hsi-ch'eng China 0.1\n01 Nov 2018 05:00 Meizhou China 0.1\n01 Nov 2018 05:00 Dongsha China 0.1\n01 Nov 2018 05:00 Lingchuan China 0.1\n01 Nov 2018 05:00 Daitou China 0.1\n29 Oct 2018 23:00 Casiguran Philippines 0.1\n30 Oct 2018 15:00 Tambobong Philippines 0.1\n30 Oct 2018 15:00 Amalbalan Philippines 0.1\n01 Nov 2018 05:00 Fengting China 0.1\n31 Oct 2018 05:00 Sungaipinyuh Indonesia 0.1\n31 Oct 2018 01:00 Jungkat Indonesia 0.1\n31 Oct 2018 01:00 Mempawah Indonesia 0.1\n31 Oct 2018 01:00 Koeala Indonesia 0.1\n30 Oct 2018 07:00 Pulupandan Philippines 0.1\n29 Oct 2018 15:00 Gonzaga Philippines 0.1\n30 Oct 2018 00:00 Lo-oc Philippines 0.1\n29 Oct 2018 21:00 Tarigtig Pt Philippines 0.1\n30 Oct 2018 09:00 Bolinao Philippines 0.1\n30 Oct 2018 08:00 Zaragoza Philippines 0.1\n30 Oct 2018 09:00 Calay-ab Philippines 0.1\n30 Oct 2018 09:00 Vigan Philippines 0.1\n30 Oct 2018 11:00 Patro Philippines 0.1\n30 Oct 2018 11:00 Guisit Philippines 0.1\n30 Oct 2018 11:00 Cabugao Philippines 0.1\n30 Oct 2018 11:00 Olanen Philippines 0.1\n30 Oct 2018 20:00 Kabong Malaysia 0.1\n01 Nov 2018 05:00 Zhongmen China 0.1\n29 Oct 2018 12:00 Macalonud Philippines 0.1\n30 Oct 2018 08:00 Hiwasayan Philippines 0.1\n31 Oct 2018 19:00 Chengcun China 0.1\n29 Oct 2018 08:00 Pandan Philippines 0.1\n30 Oct 2018 05:00 Barcelona Philippines 0.1\n30 Oct 2018 05:00 Valencia Philippines 0.1\n30 Oct 2018 05:00 Sum-ag Philippines 0.1\n30 Oct 2018 05:00 Bacolod Philippines 0.1\n30 Oct 2018 03:00 Panguiranan Philippines 0.1\n30 Oct 2018 01:00 Kandamal Philippines 0.1\n30 Oct 2018 03:00 Toos Philippines 0.1\n30 Oct 2018 05:00 Alobijod Philippines 0.1\n30 Oct 2018 05:00 Panobolon Philippines 0.1\n30 Oct 2018 05:00 Calaya Philippines 0.1\n30 Oct 2018 05:00 Hinigaran Philippines 0.1\n30 Oct 2018 05:00 Pontevedra Philippines 0.1\n30 Oct 2018 09:00 Binacud Philippines 0.1\n30 Oct 2018 09:00 Battog Philippines 0.1\n30 Oct 2018 13:00 Rena Pt Philippines 0.1\n30 Oct 2018 13:00 Agno Philippines 0.1\n01 Nov 2018 05:00 Pinghai China 0.1\n01 Nov 2018 05:00 Shicheng China 0.1\n29 Oct 2018 16:00 Domorog Philippines 0.1\n29 Oct 2018 16:00 Alegria Philippines 0.1\n29 Oct 2018 06:00 Balaton Philippines 0.1\n29 Oct 2018 19:00 Daraga Philippines 0.1\n29 Oct 2018 19:00 Placer Philippines 0.1\n30 Oct 2018 00:00 Abulug Philippines 0.1\n30 Oct 2018 00:00 Naguilian Philippines 0.1\n30 Oct 2018 00:00 San Juan Philippines 0.1\n30 Oct 2018 00:00 Fugu Philippines 0.1\n30 Oct 2018 05:00 Lacapon Philippines 0.1\n30 Oct 2018 07:00 Catabanga Philippines 0.1\n01 Nov 2018 05:00 Tangbian China 0.1


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