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Self-Supervised Music Motion Synchronization Learning for Music-Driven Conducting Motion Generation

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Journal of Computer Science & Technology 2022年第3期37卷 539-558页

作者： Fan Liu De-Long Chen Rui-Zhi Zhou sai yang Feng Xu College of Computer and Information Hohai UniversityNanjing 211100China School of Electrical Engineering Nantong UniversityNantong 226019China

The correlation between music and human motion has attracted widespread research *** recent studies have successfully generated motion for singers,dancers,and musicians,few have explored motion generation for orchestral *** generation of music-driven conducting motion should consider not only the basic music beats,but also mid-level music structures,high-level music semantic expressions,and hints for different parts of orchestras(strings,woodwind,etc.).However,most existing conducting motion generation methods rely heavily on human-designed rules,which significantly limits the quality of generated ***,we propose a novel Music Motion Synchronized Generative Adversarial Network(M^(2)S-GAN),which generates motions according to the automatically learned music *** specifically,M^(2)S-GAN is a cross-modal generative network comprising four components:1)a music encoder that encodes the music signal;2)a generator that generates conducting motion from the music codes;3)a motion encoder that encodes the motion;4)a discriminator that differentiates the real and generated *** four components respectively imitate four key aspects of human conductors:understanding music,interpreting music,precision and *** music and motion encoders are first jointly trained by a self-supervised contrastive loss,and can thus help to facilitate the music motion synchronization during the following adversarial learning *** verify the effectiveness of our method,we construct a large-scale dataset,named ConductorMotion100,which consists of unprecedented 100 hours of conducting motion *** experiments on ConductorMotion100 demonstrate the effectiveness of M^(2)*** proposed approach outperforms various comparison methods both quantitatively and *** visualization,we show that our approach can generate plausible,diverse,and music-synchronized conducting motion.

关键词： self-supervised learning generative adversarial network human motion generation

New BBC Documentary Tells China’s History

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China Today 2016年第5期65卷 60-62页

作者： yang sai Nouvelles D’Europe (U.K. edition)

ABBC documentary on the history of China presented by distinguished British historian Michael Wood recently aired on *** invested by the ***,the six-episode TV program,entitled The Story of China,looked at Chinese his... 详细信息

关键词： New BBC Documentary Tells China’s History BBC

Observation and Analysis of VLF Nocturnal Multimode Interference Phenomenon based on Waveguide Mode Theory

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Research in Astronomy and Astrophysics 2024年第1期24卷 78-86页

作者： sai yang You-Tian Niu Zhe Wang Xiu-Kun Zhao Bei Li Yu-Ling Ding Ge-Ge Zhao An-Qi Zhang College of Electronic and Electrical Engineering Henan Normal UniversityXinxiang 453007China Academician Workstation of Electromagnetic Wave Engineering of Henan Province Xinxiang 453007China Key Laboratory of Optoelectronic Sensing Integrated Application of Henan Province Xinxiang 453007China Engineering Laboratory of Intelligent Additive Manufacturing of Henan Province Xinxiang 453007China

Very low frequency(VLF)signals are propagated between the *** interference will cause the phase to show oscillatory changes with distance while propagating at night,leading to abnormalities in the received VLF *** study uses the VLF signal received in Qingdao City,Shandong Province,from the Russian Alpha navigation system to explore the multimode interference problem of VLF signal *** characteristics of the effect of multimode interference phenomena on the phase are analyzed according to the variation of the phase of the VLF ***,the phase of VLF signals will also be affected by the X-ray and energetic particles that are released during the eruption of solar flares,therefore the two phenomena are studied in this *** is concluded that the X-ray will not affect the phase of VLF signals at night,but the energetic particles will affect the phase change,and the influence of energetic particles should be excluded in the study of multimode interference *** VLF signals for navigation positioning in degraded or unavailable GPS conditions is of great practical significance for VLF navigation systems as it can avoid the influence of multimode interference and improve positioning accuracy.

关键词： waves methods:data analysis Sun:flares Sun:X-rays gamma-rays

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古谱诗词表演语感论

中国音乐 2021年第3期 172-179页

作者：杨赛上海音乐学院

古谱诗词表演是建立在古代汉语言文学性与音乐性基础上的声乐艺术。古谱诗词表演的语感,是对字、词、语组、句子、片和篇的准确把握,合理调节音色、音长、音高和音强,艺术地表现诗词的内涵。歌者不仅要把字音咬准,还要把字义交待清楚,... 详细信息

古谱诗词表演是建立在古代汉语言文学性与音乐性基础上的声乐艺术。古谱诗词表演的语感,是对字、词、语组、句子、片和篇的准确把握,合理调节音色、音长、音高和音强,艺术地表现诗词的内涵。歌者不仅要把字音咬准,还要把字义交待清楚,甚至要把虚词中的语气和情绪表达出来。词是古谱诗词声音面貌的着力点。四声平仄放到词中进行处理,更有表现力。词组之间的时值长短,由读、句、韵标示。韵既是听觉意义上的押韵,也是乐段意义上的结韵,还是审美意义上的韵味。板和眼是重轻拍,要分明。板眼之间的音,则应视其字义、字音和情感加以润腔,灵活处理。古谱诗词没有标注速度和断音,缓急顿挫需要歌者凭语感灵活处理。歌者要从言者的角度,本色当行地表演。

关键词：古谱诗词表演语感古谱诗词

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古谱诗词表演情感论

音乐艺术（上海音乐学院学报） 2020年第3期 38-45页

作者：杨赛上海音乐学院上海200031

古谱诗词是文学与音乐的完美结合,代表了中国文人音乐的最高成就,是新时代中国声乐与器乐创作与表演的重要资源。情感是古谱诗词表演的首要因素,是联系古谱与诗词的桥梁,是歌者与乐者、作者、言者、听者合体的黏合剂。歌者要通过经典诗... 详细信息

古谱诗词是文学与音乐的完美结合,代表了中国文人音乐的最高成就,是新时代中国声乐与器乐创作与表演的重要资源。情感是古谱诗词表演的首要因素,是联系古谱与诗词的桥梁,是歌者与乐者、作者、言者、听者合体的黏合剂。歌者要通过经典诗词丰富自己的情感体验,陶冶悲天悯人的情操。歌者要将情感渗透到每一个意境中,提高想象力,实现情感与语感、乐感、美感的完美统一。

关键词：古谱诗词表演艺术情感论

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汉武帝歌诗与汉乐府制乐

复旦学报（社会科学版） 2024年第4期66卷 88-97页

作者：杨赛上海音乐学院公共基础部上海200031

汉武帝热衷于歌诗创作,其代表作《秋风辞》采用楚辞体、楚乐、“兮”字句,旋律性很强。相和歌体,表现了一代雄主踌躇满志、多愁善感的形象,奠定了汉乐府向死而生、雄浑悲壮的审美取向。汉武帝命李延年为协律都尉,重兴汉乐府,大大扩充了... 详细信息

汉武帝热衷于歌诗创作,其代表作《秋风辞》采用楚辞体、楚乐、“兮”字句,旋律性很强。相和歌体,表现了一代雄主踌躇满志、多愁善感的形象,奠定了汉乐府向死而生、雄浑悲壮的审美取向。汉武帝命李延年为协律都尉,重兴汉乐府,大大扩充了汉乐府的职能。汉乐府大量采集俗乐和胡乐,完善了宗庙歌《安世房中歌》十七章,制作了《郊祀歌》十九章、《横吹曲》二十八章。汉乐府实现了从周、秦雅乐到汉乐的转变,对后代清商乐的发展产生了深远影响。

关键词：汉武帝汉乐府秋风词胡乐俗乐

Application of kombucha combined with fructo-oligosaccharides in soy milk: Colony composition, antioxidant capacity, and flavor relationship

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FOOD BIOSCIENCE 2023年第3期53卷 378-389页

作者： Peng, Xinhui yang, sai Liu, Yanwei Ren, Kunyu Tian, Tian Tong, Xiaohong Dai, Shicheng Lyu, Bo Yu, Aihua Wang, Huan Jiang, Lianzhou Northeast Agr Univ Coll Food Sci Harbin 150030 Heilongjiang Peoples R China Heilongjiang Beidahuang Green Hlth Food Co Ltd Jiamusi 154000 Heilongjiang Peoples R China Heilongjiang Farmland Longwang Food Co Ltd Suihua 152000 Heilongjiang Peoples R China Hainan Univ Coll Food Sci & Engn Haikou 570228 Peoples R China

Plant-based milk is considered a healthy and environmentally sustainable option. In order to solve the physical and chemical instability problem of most plant milk and increase the chance of consumer acceptance of the flavor, this experiment used soybean as raw material, fructo-oligosaccharides (FOS) as prebiotics, and added kombucha for fermentation. The microbial composition, functional components, antioxidant capacity, physico-chemical properties and flavor relationship of fermented soy milk at different fermentation times (up to 96 h) were studied by high-throughput sequencing, laser confocal scanning imaging, and gas chromatography-mass spectrometry. According to the results, the synbiotic interaction of FOS and kombucha consortium promoted the growth of yeast and lactic acid bacteria in soy milk. The ideal fermentation time was 84 h. At this time, fer-mented soy milk added with FOS displayed increased beta-glucosidase activity (by 68.10 mU/mL), isoflavones mainly represented by genistein content (by 612.41%), and DPPH radical scavenging activity (by 25.02%). Furthermore, the addition of FOS intensified the sour taste of the 84 h-fermented soy milk. The content of hexanal was reduced, while favorable flavor substances, such as citric acid and linalool, were also produced. Soymilk fermented with kombucha and FOS provides an opportunity to explore the physical and chemical characteristics and the mechanism of flavor formation in multi-strain co-fermentation systems and to develop commercial plant-based fermentation products.

关键词： Kombucha Fructo-oligosaccharide Gene sequencing Antioxidant capacity Flavour substance

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乐者,乐也

黄钟（武汉音乐学院学报） 2008年第3期 61-67,75页

作者：杨赛上海音乐学院

在中国音乐美学界延续了20多年的"音心对映论"争鸣,其学术指向已经超越了"音心对映论"本身,直指中国音乐美学体系的建构与中西音乐美学的对话,是中国音乐美学界一次重要的学术自省与自觉,已经成为中国音乐美学研究史不可或缺的组成部分... 详细信息

在中国音乐美学界延续了20多年的"音心对映论"争鸣,其学术指向已经超越了"音心对映论"本身,直指中国音乐美学体系的建构与中西音乐美学的对话,是中国音乐美学界一次重要的学术自省与自觉,已经成为中国音乐美学研究史不可或缺的组成部分。音乐与情感的关系是儒家乐论的核心问题。儒家提出"乐者,乐也"这一范畴,试图用由上而下、由外而内、从情感熏陶到品性养成的办法,将礼乐制度变成个体自动、自发的情感选择与行为规范,从而实现整个天下的大治。

关键词：音心对映论乐者乐也致乐以治心儒家

Impact of long-term chemical fertilizer and organic amendment to Fusarium root rot of soybean

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Oil Crop Science 2020年第1期5卷 48-53页

作者： Kaili Wang Xinyu Hu sai yang Kaiyan Xing Xin Zhang Lin Zhu Xiaozeng Han Yanli Xu Wei Wei College of Agricultural Equipment Engineering Jiangsu UniversityZhenjiangChina Key Laboratory of Mollisols Agroecology Northeast Institute of Geography and AgroecologyChinese Academy of SciencesHarbinChina College of Food and Biological Engineering Jiangsu UniversityZhenjiangChina

Soil suppressiveness to Fusarium root rot of soybean had been observed in a black soil field after a long-term fertilization with nitrogen(N)and phosphorus(P)fertilizer combined with pig manure as organic amendment(NPM),rather than that with only nitrogen and phosphorus fertilizer(NP)or no fertilizer(NF).To determine the microbial role on this suppressiveness,fungal and bacterial community characteristics in NPM,NP and NF treatments were investigated by q PCR and *** with the similar bacterial community characteristics among 3 treatments,fungal community,especially Fusarium population size and community composition in NPM treatment were different with those of NP and NF *** on the isolation and pathogenicity test,pathogenic ***,***,*** and *** absolutely dominated Fusarium community in NF and NP *** ***,***,***,***,*** and *** dominated Fusarium community in NPM *** rate of pathogenic Fusarium in NPM reduced from 100%to 38%in *** results suggested that the dominance of soil non-pathogenic Fusarium population induced by organic amendment might play an important role on suppressing Fusarium root rot in the tested field.

关键词： Organic amendment Soybean root rot Pathogenic Fusarium Non-pathogenic Fusarium