Iotaas 2020: Program at a Glance DATE TIME Online Room a Online Room B
Total Page：16
File Type：pdf, Size：1020Kb
Load more
Recommended publications
-
Tibet School Music Education Development Process Since the Founding of New China
2019 2nd International Workshop on Advances in Social Sciences (IWASS 2019) Tibet School Music Education Development Process since the Founding of New China Kun Yang Lhasa Normal College, Lhasa, 850000, China, Tibet University, Lhasa, 850000, China Keywords: Tibet, Music education, The development course Abstract: music education in Tibet school is an important part of Tibet school education. With the national policy, social consciousness, teaching units, families and individuals attach importance to and help music education in schools, the public pays more and more attention to the importance of music education in schools. This paper reviews and summarizes the development of music education in preschool, primary and secondary schools and higher music education in Tibet since the founding of new China, and comprehensively grasizes the past and present of music education in Tibet schools, so as to provide reference for the sustainable development of music education in Tibet schools. 1. Introduction Since the founding of the People's Republic of China, music education in Tibet schools has developed in three aspects: preschool music education in Tibet, music education in Tibet primary and secondary schools, and music education in Tibet higher education. The higher music education in Tibet is divided into three parts: music education in Tibet (music major), music education in Tibet (preschool education major) and music education in Tibet (public art). By reviewing and tracing the development process of music education components in Tibet schools, it is of great theoretical and practical significance to help absorb advanced teaching experience and realize leapfrog development in the future. 2. Tibet Preschool Music Education Preschool education in Tibet can be divided into two periods: pre-democratic reform preschool education (before March 1959) and post-democratic reform preschool education (after March 1959). -
Westlake Youth Forum 2019 第四届西湖青年论坛
Westlake Youth Forum 2019 第四届西湖青年论坛 Call for Application Zhejiang University and China Medical Board (CMB) joint hands to host the 4th Westlake Youth Forum in 2019, with facilitation from China Health Policy and Management Society (CHPAMS). The Organizing Committee of the Forum is pleased to invite applications for participating in the Forum. The Forum provides a platform for young scholars worldwide to build up academic network, to exchange scientific thoughts and research experience, to communicate with senior scholars and policymakers, and to advance health policy in China. The 2019 Forum will be a three-day event for young researchers and practitioners in health policy and system on June 10-13, 2019 at Zhejiang University, China. Westlake Youth Forum: • When: June 10-13, 2019 • Where: Zhejiang University International Campus, Haining, Zhejiang Province, China • Preliminary Program: June 10. Registration and social activities June 11-12. Academic sessions and events of the Westlake Youth Forum June 13. Field visit What will be provided to all participants: • Local expenses including meals, accommodation, and local transportation in Haining, Zhejiang; • Networking with world-class academic leaders and young scholars from inside and outside of China; • Networking with Chinese academic leaders to explore your career opportunities in China; • Presenting your research and communicating with academic leaders and peers at the Forum. Who can apply for the participation (Eligibility)? • Scholars under 45 years old from CMB OC eligible schools (see Appendix I), OC awardees preferred but not required; • Working in public health related fields; • Having the interest to build collaboration with academic and research institutions, governmental departments, and corporations in China. -
13 EN Tibet University--Yixiwangmu
Presentation of Tibet University Yixiwangmu International Exchange & Cooperation Department Tibet University http://www.utibet.edu.cn Where are We？ http://www.utibet.edu.cn About Tibet Autonomous Region Geography Tibet Autonomous Region shares a 4,000 kilometer boarder with India, Bhutan, Nepal and Myanmar. “the Southwest Gate of China” “Roof of the World” “Third Pole of the Earth.” more than 1.2 million square kilometers, one eighth of China’s territory http://www.utibet.edu.cn http://www.utibet.edu.cn Natural Resources forest coverage of 14.626 million hectares， China’s richest water resource, 102 minerals being found, solar energy, geothermal energy, wind energy. highland barley, wheat, peas, and rapeseed， Tibetan antelope, wild yak, snow leopard, Tibetan Kiang, Tibetan eared-pheasant. http://www.utibet.edu.cn Administrative Districts 5 prefectural-level cities of Lhasa, Shigatse, Nyingchi, Qamdo, Lhoka, 2 prefectures of Nagqu and Ngari, 74 counties(district and city) http://www.utibet.edu.cn Population the lowest density population in China， 40 or more other ethnic groups (40,500) account for 92 percent and Han people (245,200) for 8 percent. http://www.utibet.edu.cn http://www.utibet.edu.cn http://www.utibet.edu.cn Tibet University History of TU 1985 The Tibet Normal School The Tibet Teacher’s School 1975 Founded as a Tibetan Language 1965 Training Class for Local Cadres The Tibet Normal School in 1975 1951 Tibet University In 1985 Founded as a TibetaTn hLea Tngibueatg Tee Tacrahienri’nsg S Cchlaososl fionr 1L9o6c5al Cadres in 1951 -
Ieee Icet 2020
IEEE ICET 2020 CONFERENCE PROGRAM 2020 IEEE The 3rd International Conference on Electronics Technology Organized by Patrons Sponsored by Media Support 0 About IEEE ICET International Conference on Electronics Technology (IEEE ICET) which is yearly held in Chengdu, China. It is organized by Sichuan Institute of Electronics, sponsored by IEEE, also with the support of University of Electronic Science and Technology of China, Sichuan University, Southwest Jiaotong University and Singapore Institute of Electronics. TABLE OF CONTENTS We sincerely hope that IEEE ICET will provide a WELCOME 2 platform for all delegates to have rich, useful, and effective deliberations that can lead to international CONFERENCE AT A GLANCE 3 cooperation. ORGANIZING COMMITTEE 4 PREPARATION FOR ONLINE 7 CONFERENCE PRESENTATION GUIDELINE 8 TEST SESSIONS AT A GLANCE 9 KEYNOTE AND INVITE SPEECHES AT 11 A GLANCE KEYNOTE SPEECH ABSTRACTS 14 Basic protective measures against INVITED SPEECH ABSTRACTS 20 the COVID-19 from WHO PARALLEL SESSIONS AT A GLANCE 36 Wash your hands frequently Maintain social distancing PARALLEL SESSION DETAILS 39 Avoid touching eyes, nose and mouth Practice respiratory hygiene CO-SPONSORS AND PATRONS ON COVER If you have fever, cough and difficulty breathing, seek medical care early Stay informed and follow advice given by your healthcare provider 1 Welcome It is indeed a pleasure to welcome all participants of the 2020 IEEE 3rd International Conference on Electronics Technology (IEEE ICET). The conference is organized by Sichuan Institute of Electronics, sponsored by IEEE, also with the support of University of Electronic Science and Technology, Sichuan University, Southwest Jiaotong University and Singapore Institute of Electronics. -
Emergency Disaster Preparedness
Fuzhou University: Emergency Disaster Preparedness University of Southern California Sol Price School of Public Policy Policy, Planning, and Development International Laboratory 3 June 2016 Fuzhou, Fujian Province Authors: Natalie Dial, IPPAM ([email protected]) Meredith Fear, MPA ([email protected]) Maggie Ferrill, MPA ([email protected]) Bevin Kloepper, MPA ([email protected]) Steve D. Martinez, IPPAM ([email protected]) Jaime A.Varela, MPA ([email protected]) Supervising Instructor: Dr. Eric Heikkila, PhD Contributing Partners: Fuzhou University, Fujian Province Flood Command and Drought Control Center, Fujian Province Earthquake Administration Center, Fujian Province Public Service Administration Center Acknowledgements: The authors would like to thank the following people for their contributions in translation, data collection, and insight for the final report: Chen Liping (Chuck) Chen Xiaoyue (Joy) Gao Yanxin (Gary) Lai Xinyan (Cherry) Liu Yuxin (Grace) Xie Xiaojuan (Sherry) Yin Xiaoyan (Elli) Table of Contents I. Introduction to Disasters in China and Fuzhou II. Research Orientation III. China, Fuzhou, & Emergency Management A. Governance Context B. Three Dimensional Approach to Utilizing Technology in China C. International Technological Cooperation IV. Traditional and Modern Community Networks V. Emerging Global Technology A. Cutting Edge Apps B. The Cloud C. Projectemergency.lu VI. Vulnerable Populations in China A. Vulnerability Indicators B. Profiles of Vulnerable Populations in China VII. Interviews and Surveys A. Profile Development B. Survey Numbers and Data C. Survey Flaws D. Scaling Up VIII. Fuzhou University & Emergency Management A. Research & Next Steps IX. Conclusion I. Introduction to Disasters in China and Fuzhou The Fujian Province, with its lush and mountainous landscape, is susceptible to earthquakes, floods and subsequent landslides. -
International Symposium on Water Resources Management and Comprehensive Reclamation of River Basins
International Symposium on Water Resources Management and Comprehensive Reclamation of River Basins International Scientific Symposium on Water Resources Management and Comprehensive Reclamation of River Basins Nanjing, China 17-19 November 2017 Organized by: Hohai University Nanjing Institute of Geography and Limnology, Chinese Academy of Sciences Chang’an University Operated by: Hohai University College of Hydrology and Water Resources State Key Laboratory of Hydrology-Water resources and Hydraulic Engineering National Engineering Research Center of Water Resources Efficient Utilization and Engineering Safety National Cooperative Innovation Center for Water Safety & Hydro Science Editorial Office of Water Science and Engineering Chinese Academy of Sciences Nanjing Institute of Geography Key Laboratory of Watershed Geography and Limnology Co-organized by: Beijing Normal University Tibet University Served by: Beijing Walter Consulting Co., Ltd 1 International Symposium on Water Resources Management and Comprehensive Reclamation of River Basins Scientific Committee Counselors: (Listed in no particular order) Congbin Fu Nanjing University and Hohai University, China Changming Liu Institute of Geographic Sciences and Natural Resources Research, CAS, China Yaoru Lu China University of Mining and Technology and Hohai University, China Yuqun Xue Nanjing University, China Jiyang Wang Institute of Geology and Geophysics, CAS, China Edward A. Sudicky University of Waterloo, Canada and Hohai University, China Chairs: (Listed in no particular order) -
![Arxiv:1906.05521V1 [Astro-Ph.HE] 13 Jun 2019 N Utaigmgeie Eaiitcpla Id[1] Wind Pulsar Relativistic Magnetized fluctuating a and .B Hu, B](https://docslib.b-cdn.net/cover/9763/arxiv-1906-05521v1-astro-ph-he-13-jun-2019-n-utaigmgeie-eaiitcpla-id-1-wind-pulsar-relativistic-magnetized-uctuating-a-and-b-hu-b-2149763.webp)
Arxiv:1906.05521V1 [Astro-Ph.HE] 13 Jun 2019 N Utaigmgeie Eaiitcpla Id[1] Wind Pulsar Relativistic Magnetized fluctuating a and .B Hu, B
First Detection of Photons with Energy Beyond 100 TeV from an Astrophysical Source M. Amenomori,1 Y. W. Bao,2 X. J. Bi,3 D. Chen,4 T. L. Chen,5 W. Y. Chen,3 Xu Chen†,3, 6 Y. Chen,2 Cirennima,5 S. W. Cui,7 Danzengluobu,5 L. K. Ding,3 J. H. Fang,3, 6 K. Fang,3 C. F. Feng,8 Zhaoyang Feng,3 Z. Y. Feng,9 Qi Gao,5 Q. B. Gou,3 Y. Q. Guo,3 H. H. He,3 Z. T. He,7 K. Hibino,10 N. Hotta,11 Haibing Hu,5 H. B. Hu,3 J. Huang§,3 H. Y. Jia,9 L. Jiang,3 H. B. Jin,4 F. Kajino,12 K. Kasahara,13 Y. Katayose,14 C. Kato,15 S. Kato,16 K. Kawata∗,16 M. Kozai,17 Labaciren,5 G. M. Le,18 A. F. Li,19, 8, 3 H. J. Li,5 W. J. Li,3, 9 Y. H. Lin,3, 6 B. Liu,2 C. Liu,3 J. S. Liu,3 M. Y. Liu,5 Y.-Q. Lou,20 H. Lu,3 X. R. Meng,5 H. Mitsui,14 K. Munakata,15 Y. Nakamura,3 H. Nanjo,1 M. Nishizawa,21 M. Ohnishi,16 I. Ohta,22 S. Ozawa,13 X. L. Qian,23 X. B. Qu,24 T. Saito,25 M. Sakata,12 T. K. Sako,16 Y. Sengoku,14 J. Shao,3, 8 M. Shibata,14 A. Shiomi,26 H. Sugimoto,27 M. Takita‡,16 Y. H. Tan,3 N. Tateyama,10 S. -
CWMT 2017 Machine Translation Evaluation Guidelines
CWMT 2017 Machine Translation Evaluation Guidelines CWMT 2017 Machine Translation Evaluation Committee I. Introduction The 13th China Workshop on Machine Translation (CWMT 2017) will be held at Dalian, China on September 27-29, 2017. CWMT 2017 will continue the ongoing series of machine translation (MT) evalua- tion campaigns. Compared with the previous evaluation (CWMT 2015), there are several changes in the evaluation plan: 1. The Chinese-English and English-Chinese news translation tasks are co-organized by CWMT and WMT2017; participants for WMT 2017 are welcome to submit their results to CWMT, and to participate the CWMT event, as well. 2. A new Japanese-Chinese patent domain translation task is added, which is co-organized by CWMT and Beijing Lingosail Technology Co. Ltd.; we also welcome other contributors from industry to participate in the organization of the evaluation in the future. 3.The training period starts immediately after the release of this guideline. Participants could get the corresponding data and tools and start the training process right after their registration. We would like to en- courage potential participants to finish the registration as soon as possible. 4.The "Double Blind Evaluation" task is not held this year; the organizer will not provide the Baseline System, corresponding key steps or intermediate result files for the evaluation tasks. We sincerely hope that this campaign will enhance the cooperation and connections of machine translation research and technology among domestic and overseas research sites, and promote the cooperation between academia and industry. Information on CWMT 2017 is provided below: The sponsor of CWMT 2017 machine translation evaluation is: Chinese Information Processing Society of China The organizers of this evaluation are: Nanjing University Institute of Computing Technology, Chinese Academy of Sciences The resource providers of this evaluation are: 1 Beijing Lingosail Technology Co. -
List of Designated Mainland Institutions Under Mainland University Study Subsidy Scheme 2019/20
List of Designated Mainland Institutions under Mainland University Study Subsidy Scheme 2019/20 Beijing Municipality University Shanghai University China Central Academy of Fine Tsinghua University Shanghai University of Arts University of International Traditional Chinese Medicine Central Conservatory of Music Business and Economics Shanghai International Studies The Central Academy of Drama University Central University of Finance Tianjin Municipality Shanghai Jiao Tong University and Economics Tianjin University Shanghai Conservatory of Music Minzu University of China Tianjin Polytechnic University Shanghai Normal University Renmin University of China Tianjin University of Traditional Shanghai New York University People’s Public Security Chinese Medicine Shanghai Ocean University University of China Tianjin Normal University Shanghai University of Finance China University of Petroleum Tianjin Medical University and Economics (Beijing) Hebei University of Technology Shanghai University of Sport China University of Geosciences Nankai University Tongji University (Beijing) Donghua University China University of Political Hebei Province Fudan University Science and Law North China Electric Power East China University of China Conservatory of Music University (Baoding) Political Science and Law Communication University of East China Normal University China Shanxi Province East China University Of China Agricultural University Tai Yuan University of Science And Technology China University of Mining and Technology The Second Military Medical -
University of Leeds Chinese Accepted Institution List 2021
University of Leeds Chinese accepted Institution List 2021 This list applies to courses in: All Engineering and Computing courses School of Mathematics School of Education School of Politics and International Studies School of Sociology and Social Policy GPA Requirements 2:1 = 75-85% 2:2 = 70-80% Please visit https://courses.leeds.ac.uk to find out which courses require a 2:1 and a 2:2. Please note: This document is to be used as a guide only. Final decisions will be made by the University of Leeds admissions teams. -
Insight Into Hyper-Branched Aluminum Phosphonate in Combination with Multiple Phosphorus Synergies for Fire-Safe Epoxy Resin Composites
Supplementary Information Insight into Hyper-Branched Aluminum Phosphonate in Combination with Multiple Phosphorus Synergies for Fire-Safe Epoxy Resin Composites Yao Yuan 1, Bin Yu 2, Yongqian Shi 3, Long Mao 1, Jianda Xie 1, Haifeng Pan 4, Yuejun Liu 1,* and Wei Wang 5,* 1 Fujian Provincial Key Laboratory of Functional Materials and Applications, School of Materials Science and Engineering, Xiamen University of Technology, Xiamen 361024, People′s Republic of China; [email protected] (Y.Y.); [email protected] (L.M.); [email protected] (J.X.) 2 Centre for Future Materials, University of Southern Queensland, Toowoomba, QLD 4350, Australia; [email protected] 3 College of Environment and Resources, Fuzhou University, Fuzhou 350002, People′s Republic of China; [email protected] 4 Faculty of Engineering, China University of Geosciences (Wuhan), Wuhan, Hubei, 430074, People′s Republic of China; [email protected] 5 State Key Laboratory of Fire Science, University of Science and Technology of China, Hefei, 230026, People′s Republic of China * Correspondence: [email protected] (W.W.); [email protected] (Y.L.) Characterization 1H and 31P nuclear magnetic resonance (1H and 31P NMR) spectra were recorded on an AVANCE 400 Bruker spectrometer at room temperature using DMSO-d and D2O as the solvent, respectively. Fourier transform infrared (FTIR) spectra were obtained by a Nicolet 6700 spectrometer (Nicolet Instrument Company, USA) using KBr pellets. The wavenumber range was 400–4000 cm−1 and the resolution was 4 cm−1. The crystal-phase properties of the samples were analyzed with a powder X-ray diffractometer (XRD) (Japan Rigaku D Max-Ra) using a rotating anode X-ray diffractometer equipped with a Ni filtered Cu-Ka tube (λ = 1.54178 Å) in the 2θ range from 10° to 70° with a scanning rate of 4 min−1. -
Tibet AS+MD Project
PROCEEDINGS OF THE 31st ICRC, ŁOD´ Z´ 2009 1 Tibet AS+MD Project M. Amenomori∗, X. J. Bi†, D. Chen‡, S. W. Cui§, Danzengluobu¶, L. K. Ding†, X. H. Ding¶, C. Fank, C. F. Fengk, Zhaoyang Feng†, Z. Y. Feng∗∗, X. Y. Gao††, Q. X. Geng††, Q. B. Gou†, H. W. Guo¶, H. H. He†, M. Hek, K. Hibino‡‡, N. Hottax , Haibing Hu¶, H. B. Hu†, J. Huang†, Q. Huang∗∗, H. Y. Jia∗∗, L. Jiang†† †, F. Kajinoxi , K. Kasaharaxii , Y. Katayosexiii , C. Katoxiv , K. Kawata‡, Labaciren¶, G. M. Lexv , A. F. Lik, H. C. Li§†, J. Y. Lik, C. Liu†, Y.-Q. Louxvi , H. Lu†, X. R. Meng¶, K. Mizutanixii xvii , J. Mu††, K. Munakataxiv , A. Nagaixviii , H. Nanjo∗, M. Nishizawaxix , M. Ohnishi‡, I. Ohtaxx , S. Ozawaxii , T. Saitoxxi , T. Y. Saitoxxii , M. Sakataxi , T. K. Sako‡, M. Shibataxiii , A. Shiomixxiii , T. Shirai‡‡, H. Sugimotoxxiv , M. Takita‡, Y. H. Tan†, N. Tateyama‡‡, S. Toriixii , H. Tsuchiyaxxv , S. Udo‡‡, B. Wang†, H. Wang†, Y. Wang†, Y. G. Wangk, H. R. Wu†, L. Xuek, Y. Yamamotoxi , C. T. Yanxxvi , X. C. Yang††, S. Yasuexxvii , Z. H. Yexxviii , G. C. Yu∗∗, A. F. Yuan¶, T. Yuda‡‡, H. M. Zhang†, J. L. Zhang†, N. J. Zhangk, X. Y. Zhangk, Y. Zhang†, Yi Zhang†, Ying Zhang∗∗ †, Zhaxisangzhu¶ and X. X. Zhou∗∗ (The Tibet ASγ Collaboration) ∗Department of Physics, Hirosaki University, Hirosaki 036-8561, Japan. †Key Laboratory of Particle Astrophysics, Institute of High Energy Physics, Chinese Academy of Sciences, Beijing 100049, China. ‡Institute for Cosmic Ray Research, University of Tokyo, Kashiwa 277-8582, Japan. §Department of Physics, Hebei Normal University, Shijiazhuang 050016, China.