Towards a Technical Glossary of Early Quanzhen Daoism
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LIST of DECISIONS and ACTIONS from SCUFN-32 (Status at the Date of 25 Aug 2020)
LIST OF DECISIONS and ACTIONS FROM SCUFN-32 (Status at the date of 25 Aug 2020) Note: DECISIONS have been kept in the list and highlighted in light grey when implemented (names now available in the GEBCO Gazetteer, for instance). Decision/ Agenda Status & Comments Details Action Item (Aug 2020) Opening and Administrative 1 Arrangements SCUFN Members anticipating that they Permanent will step down from their position in the Selection in progress SCUFN32/01 next years to keep the SCUFN Secretary (IHO CL 02 & 07/2020). informed well in advance so call for vacancy can be prepared accordingly. SCUFN Members and Member States to Permanent use the generic template for submission papers to SCUFN (Executive Summary, Introduction/Background Information, SCUFN32/02 Analysis/Discussion, Recommendations, Justification/Impact, Conclusions if needed, Actions to be taken by SCUFN). See Doc. SCUFN32-07.1A as example) Introduction by SCUFN Chair – SCUFN ROPs 2 - Approval of Agenda SCUFN approved the agenda and Complete SCUFN32/03 timetable Matters remaining from Previous 3 Meetings Review of Actions from SCUFN-31 and 3.1 transfer to the relevant agenda items Decision/ Agenda Status & Comments Details Action Item (Aug 2020) Roberta/Kevin/SCUFN Chair to pursue In progress (See draft the creation of a repository of typical Cookbook version 22 cases (“cook book”) aiming to help for the June 2020 as Doc. consistency of the decision making SCUFN33-03.2A) process within SCUFN, according to the presentation given at SCUFN31 SCUFN32/04 - Subgroup to define the -
Seasons: a Motion Graphics Depicts Activities of Ancient Chinese People in Four Seasons
Rochester Institute of Technology RIT Scholar Works Theses 7-1-2015 Seasons: A motion graphics depicts activities of ancient Chinese people in four seasons Qina Chen [email protected] Follow this and additional works at: https://scholarworks.rit.edu/theses Recommended Citation Chen, Qina, "Seasons: A motion graphics depicts activities of ancient Chinese people in four seasons" (2015). Thesis. Rochester Institute of Technology. Accessed from This Thesis is brought to you for free and open access by RIT Scholar Works. It has been accepted for inclusion in Theses by an authorized administrator of RIT Scholar Works. For more information, please contact [email protected]. Seasons A motion graphics depicts activities of ancient Chinese people in four seasons QINA CHEN Seasons: A motion graphics depicts activities of ancient Chinese people in four seasons A Thesis submitted in partial fulfillment of the requirements for the degree of: Master of Fine Arts Degree Visual Communication Design School of Design College of Imaging Arts and Sciences Rochester Institute of Technology July 2015 Thesis Committee Approvals Chief Advisor Marla Schweppe, Professor School of Design | Visual Communication Design Chief Advisor Signature Date Associate Advisor Daniel DeLuna, Associate Professor School of Design | Visual Communication Design Associate Advisor Signature Date Associate Advisor David Halbstein, Assistant Professor School of Design | Visual Communication Design Associate Advisor Signature Date Peter Byrne School of Design Administrative Chair Signature Date Submitted By: CHEN, QINA MFA Thesis Candidate Seasons Approval of Thesis 2 Reproduction I, QINA CHEN, hereby grant permission to Rochester Institute of Technology to reproduce my thesis documentation in whole or part. -
1 Background
The Influences of Phenology on the Order of 24 Solar Terms in Ancient China XIN Jia-dai, CHEN Yi-wen, QU An-jing (Institute for Advanced Study in History of Science, Northwest University, Xi’an, China) Abstract The 24 solar terms is an important part of the traditional Chinese calendar system. However, when studying the existing historical literature which contains the 24 solar terms, we find that, as dynasty altered, its name and order changed. Scholars commenced discussing the reasons of these changes from the Eastern Han 東漢 dynasty (A.D. 25—220), but it has still not been solved. In this paper, by analyzing the viewpoints of ancient scholars on this topic, we try to find out the reasons why they didn’t break through. Based on these reasons, then we discriminate the editions of Yizhoushu·Shixunjie (逸周書·時訓解) and Huainanzi·Tianwenxun (淮南子·天文訓), the relations of Waking from hibernation (Qizhe 啓蟄) and Excited insects (Jingzhe 驚蟄), as well as tease out the evolution process of the names and orders of “Rainwater (Yushui 雨水) and Excited Insects”, “Grain rains (Guyu 榖雨) and Pure and bright (Qingming 清明)” recorded in the literature of the 24 solar terms. From the above we can come to the conclusion that the 24 solar terms has been changed four times in ancient China, and reveal that the order of solar terms is related to phenology, but it is not completely determined by the order of corresponding to phenology. Keywords the order of 24 solar terms, Waking from hibernation, Excited insects, phenology When studying the ancient Chinese calendars, we find that the names and orders of 24 solar terms recorded in the existing calendars were not uniform. -
Arxiv:1307.1662V2 [Cs.CL] 27 Jun 2014 Plexity and Requirements for Each Individual Lan- Have Been Built and Tested Mainly on English
Polyglot: Distributed Word Representations for Multilingual NLP Rami Al-Rfou Bryan Perozzi Steven Skiena Computer Science Dept. Stony Brook University Stony Brook, NY 11794 fralrfou, bperozzi, [email protected] Abstract ment of familiarity with each language under con- sideration. These systems are typically carefully Distributed word representations (word tuned with hand-manufactured features designed embeddings) have recently contributed by experts in a particular language. This approach to competitive performance in language can yield good performance, but tends to create modeling and several NLP tasks. In complicated systems which have limited portabil- this work, we train word embeddings for ity to new languages, in addition to being hard to more than 100 languages using their cor- enhance and maintain. responding Wikipedias. We quantitatively Recent advancements in unsupervised feature demonstrate the utility of our word em- learning present an intriguing alternative. In- beddings by using them as the sole fea- stead of relying on expert knowledge, these ap- tures for training a part of speech tagger proaches employ automatically generated task- for a subset of these languages. We find independent features (or word embeddings) given their performance to be competitive with large amounts of plain text. Recent developments near state-of-art methods in English, Dan- have led to state-of-art performance in several ish and Swedish. Moreover, we inves- NLP tasks such as language modeling (Bengio tigate the semantic features captured by et al., 2006; Mikolov et al., 2010), and syntactic these embeddings through the proximity tasks such as sequence tagging (Collobert et al., of word groupings. We will release these 2011). -
Equinox - Wikipedia, the Free Encyclopedia
Equinox - Wikipedia, the free encyclopedia Your continued donations keep Wikipedia running! Equinox From Wikipedia, the free encyclopedia Jump to: navigation, search For other uses, see Equinox (disambiguation). UTC Date and Time of Solstice and Equinox Equinox Solstice Equinox Solstice year Mar June Sept Dec day time day time day time day time 2002 20 19:16 21 13:24 23 04:55 22 01:14 2003 21 01:00 21 19:10 23 10:47 22 07:04 2004 20 06:49 21 00:57 22 16:30 21 12:42 2005 20 12:33 21 06:46 22 22:23 21 18:35 2006 20 18:26 21 12:26 23 04:03 22 00:22 2007 21 00:07 21 18:06 23 09:51 22 06:08 Illumination of the Earth by the Sun on 2008 20 05:48 20 23:59 22 15:44 21 12:04 the day of equinox, (ignoring twilight). 2009 20 11:44 21 05:45 22 21:18 21 17:47 2010 20 17:32 21 11:28 23 03:09 21 23:38 2011 20 23:21 21 17:16 23 09:04 22 05:30 2012 20 05:14 20 23:09 22 14:49 21 11:11 2013 20 11:02 21 05:04 22 20:44 21 17:11 2014 20 16:57 21 10:51 23 02:29 21 23:03 The Earth in its orbit around the Sun causes the Sun to appear on the celestial sphere moving over the ecliptic (red), which is tilted on the equator (blue). -
Coherence of Climatic Reconstruction from Historical Documents in China by Different Studies
INTERNATIONAL JOURNAL OF CLIMATOLOGY Int. J. Climatol. (2007) Published online in Wiley InterScience (www.interscience.wiley.com) DOI: 10.1002/joc.1552 Coherence of climatic reconstruction from historical documents in China by different studies Quansheng Ge,a* Jingyun Zheng,a Yanyu Tian,a Wenxiang Wu,a Xiuqi Fanga,b and Wei-Chyung Wangc a Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, Beijing, China 100101 b School of Geography, Beijing Normal University, Beijing, China 100875 c Atmospheric Sciences Research Center, State University of New York, Albany, New York, USA 12203 ABSTRACT: Much effort has been spent in the last few decades to reconstruct the climate over China using a variety of historical documents. However, differences in the results of reconstructions exist even when people are using similar documents. In order to address this issue, 14 published temperature series by different studies were analyzed for coherence and mutual consistency. The analyses on their temporal fluctuations indicate that for the individual time series (standardized) on the 10-years time scales, 57 of the 91 correlation coefficients reach the significance level of 99%. The spatial patterns among the different time series also show high coherency. In addition, consistency also exhibit when comparing the reconstructions with other available natural climate change indicators. Above information was subsequently used to synthesize the temperature series for the last 500 and 1000 years. Copyright 2007 Royal Meteorological Society KEY WORDS coherence; climatic reconstruction; historical documents; China Received 30 May 2006; Revised 11 March 2007; Accepted 25 March 2007 1. Introduction Ge et al. (2003), however, shows that the warmth dur- China has abundant continuous historical documents with ing the Medieval Warm Period is more evident than a large number of records describing the weather and that in the 20th century. -
Download Them for Free; to find Them, Enter the Stock Code
mathematics Article Statistics and Practice on the Trend’s Reversal and Turning Points of Chinese Stock Indices Based on Gann’s Time Theory and Solar Terms Effect Tianbao Zhou 1 , Xinghao Li 2 and Peng Wang 1,* 1 College of Science, Beijing Forestry University, Beijing 100083, China; [email protected] 2 School of Information Science & Technology, Beijing Forestry University, Beijing 100083, China; [email protected] * Correspondence: [email protected] Abstract: Despite the future price of individual stocks has long been proved to be unpredictable and irregular according to the EMH, the turning points (or the reversal) of the stock indices trend still remain the rules to follow. Therefore, this study mainly aimed to provide investors with new strategies in buying ETFs of the indices, which not only avoided the instability of individual stocks, but were also able to get a high profit within weeks. Famous theories like Gann theory and the Elliott wave theory suggest that as part of the nature, market regulations and economic activities of human beings shall conform to the laws of nature and the operation of the universe. They further refined only the rules related to specific timepoints and the time cycle rather than the traditional analysis of the complex economic and social factors, which is, to some extent, similar to what the Chinese traditional culture proposes: that every impact on and change in the human society is always attributable to changes in the nature. The study found that the turns of the stock indices trend were inevitable at Citation: Zhou, T.; Li, X.; Wang, P. -
Renren Chinese 人人中文 2008年12月12日
RENREN CHINESE 人人中文 2008年12月12日 RENREN CHINESE 人人中文 A MONTHLY JOURNAL FOR CHINESE LEARNERS The Fun Facts About Chinese Language Chinese or the Sinitic language(s) (汉语/漢語, Hànyǔ; 华语/華語, Huáyǔ; or 中文, Zhōngwén) can be considered a language or lan- guage family.[3] Originally the indigenous languages spoken by the Han Chinese in China, it forms one of the two branches of Sino- Tibetan family of languages. About one-fifth of the world’s popula- tion, or over one billion people, speak some form of Chinese as their native language. The identification of the varieties of Chinese as "languages" or "dialects" is controversial.[4] Spoken Chinese is distinguished by its high level of internal diver- sity, though all spoken varieties of Chinese are tonal and analytic. There are between six and twelve main regional groups of Chinese (depending on classification scheme), of which the most spoken, 好好学习 by far, is Mandarin (about 850 million), followed by Wu (90 mil- 天天想上 lion), Min (70 million) and Cantonese (70 million). Most of these groups are mutually unintelligible, though some, like Xiang and the Southwest Mandarin dialects, may share common terms and some degree of intelligibility. Chinese is classified as a macrolanguage with 13 sub-languages in ISO 639-3, though the identification of the varieties of Chinese as multiple "languages" or as "dialects" of a single language is a contentious issue. Inside this issue: The standardized form of spoken Chinese is Standard Mandarin (Putonghua ), based on the Beijing dialect, which is part of a larger What’s in a 中文 character 2 group of North-Eastern and South-Western dialects, often taken as a separate language, this language can be referred to as 官话 Riddle Alone 2 Guānhuà or 北方话 Běifānghuà in Chinese. -
SCUFN31-03.1A DECISIONS and ACTIONS from SCUFN-30
SCUFN31-03.1A DECISIONS and ACTIONS FROM SCUFN-30 (Status at the date of 30 June 2018) Note: DECISIONS have been kept in the list and highlighted in light grey when implemented (names now available in the GEBCO Gazetteer, for instance). Status & Decision/ Agenda Details Comments Action Item (June 2018) 1 Opening and Administrative Arrangements IHO and IOC Secretariats to prepare calls for SCUFN Complete Membership vacancies for 4 IHO and 4 IOC representatives with the aim to select upcoming SCUFN30/01 Members by March 2018, so new nominees can investigate possibility of participating in SCUFN31 (2018). Complete (IHO CL SCUFN Sec. to call for nomination for SCUFN 29/2018 and SCUFN30/02 Chair/Vice-Chair in the invitation letter to SCUFN31, SCUFN Letter election to take place at the end of SCUFN31. 02/2018) Introduction by SCUFN Chair – SCUFN ROPs - 2 Approval of Agenda SCUFN Members endorsed the amendment of Complete SCUFN30/03 SCUFN TORs and ROPs (Doc. SCUFN30-01D). SCUFN Chair/Sec to submit amendment of SCUFN Complete (email SCUFN30/04 TORs and ROPs for approval to GGC iaw with Art. 9 SCUFN Sec. 3 Oct of the GGC TORs, copy to IOC Sec. 2017) Dec. 2017. SCUFN Sec. to upload the new Edition of the SCUFN Complete. SCUFN30/05 TORs and ROPs on the IHO website when approved Amendment by GGC. rejected by GGC. 2.2 Approval of Agenda With regard to the adoption of the agenda, SCUFN Complete. Members to consider the fast-track procedure first, SCUFN30/06 then to consider how SCUFN will review JCUFN fast- track proposals submitted for SCUFN30. -
Gnomon Shadow Lengths Recorded in the Zhoubi Suanjing: the Earliest Meridian Observations in China? ∗
Research in Astron. Astrophys. 2009 Vol. 9 No. 12, 1377–1386 Research in http://www.raa-journal.org http://www.iop.org/journals/raa Astronomy and Astrophysics Gnomon shadow lengths recorded in the Zhoubi Suanjing: the earliest meridian observations in China? ∗ Yong Li1 and Xiao-Chun Sun1,2 1 National Astronomical Observatories, Chinese Academy of Sciences, Beijing 100012, China; [email protected] 2 Institute for the History of Natural Science, Chinese Academy of Sciences, Beijing 100010, China Received 2009 April 10; accepted 2009 August 14 Abstract The Zhoubi Suanjing, one of the most important ancient Chinese books on mathematical astronomy, was compiled about 100 BC in the Western Han dynasty (BC 206 – AD 23). We study the gnomon shadow lengths for the 24 solar terms as recorded in the book. Special attention is paid to the so-called law of ‘cun qian li’, which says the shadow length of a gnomon of 8 chi (about 1.96 m) high will increase (or decrease) 1 cun (1/10 chi) for every 1000 li (roughly 400 km) the gnomon moves northward (or south- ward). From these data, one can derive the time and location of the observations. The re- sults, however, do not fit historical facts. We suggest that compilers of the Zhoubi Suanjing must have modified the original data according to the law of ‘cun qian li’. Through re- versing the situation, we recovered the original data, our analysis of which reveals the best possible observation time as 564 BC and the location of observation as 35.78 ◦ N latitude. -
Zheng Wang Portfolio
Moham (Zheng)Wang Portfolio 1. Judith and Holofernes Painting Water paint and acrylic on paper 40cm * 150cm 2. Chinese Calendar Painting Collage of canvas cloth painted with acrylic paint 20cm * 25cm 3. Words on the Tree Installation Mixed medias Dimensions variable 4. Heavenly Journey Painting Acrylic paint on glass 40cm * 60cm 5. Chinese Dream Drawing Ballpoint drawing on paper 40cm * 100cm 6. Yellow Dream/Prajna Installation Yellow Tape on Glass 80cm * 100cm 7. Red Dream Installation Mixed medias Dimensions variable 8. Evolution Theory 天演論 Vino-cut color paper stencil Stencil on wall 20cm * 30cm 9. Evolution Theory 天演論之⼆ Watercolor on paper 11 * 14 inches 10. Evolution Theory 天演論之三 Watercolor on paper 11 * 14 inches 11. One Eye for One Eye Drawing Chinese ink-brush on paper 40cm * 50cm 11. One Eye for One Eye Drawing Chinese ink-brush on paper 40cm * 50cm 12. Feet Study Drawing Ballpoint drawing on paper 40cm * 50cm 13. Dunhuang Coca Cola Drawing Ballpoint drawing on paper 40cm * 50cm 14. Infinite Christian Barbecue Drawing Ballpoint drawing on paper 40cm * 50cm 15. Moody Mountains Painting Chinese ink-wash on rice paper 30cm * 40cm 16. 24 Solar Term Series: Lichun Beginning of Spring Painting Chinese ink-wash on rice paper 30cm * 40cm 17. 24 Solar Term Series: Jingzhe Insect Awakening Painting Chinese ink-wash on rice paper 30cm * 40cm 18. 24 Solar Term Series: Bailu White Dew Painting Chinese ink-wash on rice paper 30cm * 40cm 19. 24 Solar Term Series: Lidong Beginning of Winter Painting Chinese ink-wash on rice paper 30cm * 40cm 20. 24 Solar Term Series: Qingming Chiming Festival Painting Chinese ink-wash on rice paper 30cm * 40cm 21. -
The Origin of Chinese New Year Haiwang Yuan Western Kentucky University, [email protected]
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by TopSCHOLAR Western Kentucky University TopSCHOLAR® DLPS Faculty Publications Library Public Services 2-1-2016 The Origin of Chinese New Year Haiwang Yuan Western Kentucky University, [email protected] Follow this and additional works at: http://digitalcommons.wku.edu/dlps_fac_pub Part of the Chinese Studies Commons, and the Folklore Commons Recommended Repository Citation Yuan, Haiwang. (2016). The Origin of Chinese New Year. SMS-I-Media Tourism Express, 1 (1). Original Publication URL: Wechat public account: TourismExpress Available at: http://digitalcommons.wku.edu/dlps_fac_pub/115 This Article is brought to you for free and open access by TopSCHOLAR®. It has been accepted for inclusion in DLPS Faculty Publications by an authorized administrator of TopSCHOLAR®. For more information, please contact [email protected]. Origin and Customs of the Chinese New Year1 Haiwang Yuan, Professor from Western Kentucky University Guest Professor from CFL, Nankai University Author2 “What date is the Chinese New Year?” The Chinese ask themselves every year, but few can answer it off the top of their head. Believe it or not, they have to refer to the Chinese calendar to get the answer. The Chinese calendar is lunisolar, which means it shows elements of both the lunar and solar calendars. The Chinese use the Gregorian calendar to live their daily lives while using the Chinese lunar calendar to observe their traditional festivals and conduct their folk activities. Based on the moon’s revolution around the Earth, it is about 11 days shorter each year than the solar calendar.