2,242,049 research outputs found
Wan yi zhai xian sheng Daimin Jiang gong xing zhuang
No full text[姜景醇編輯].綫裝, 1函.框19.2x13.8公分, 11行19字. 細黑口, 四周單邊, 對黑魚尾. 版心中鐫"世稿"及卷次, 下鐫葉次.朝鮮刻本.前有成化癸巳[1473]崔恒序, 天順辛卯[1471]姜希孟序.見《香港中文大學圖書館古藉善本書錄》(2001, p. 238)按: 是書遼寧省圖書館有足本, 且有續集四卷, 著錄為"清順治十五年[1658]朝鮮刻本"按: 是書收錄姜淮伯, 姜碩德, 姜希顔三人著作.卷一前附"通亭先生都巡問使姜公行狀" ; 卷二前附"玩易齋先生戴慜姜公行狀"Xian zhuang, 1 han.Kuang 19.2 x 13.8 gong fen, 11 hang 19 zi. Xi hei kou, si zhou dan bian, dui hei yu wei. Ban xin zhong juan "Shi gao" ji juan ci, xia juan ye ci.Chaoxian ke ben.Qian you Chenghua gui si [1473] Cui Heng xu, Tianshun xin mao [1471] Jiang Ximeng xu.Jian "Xianggang Zhong wen da xue tu shu guan gu ji shan ben shu lu" (2001, p. 238)An: shi shu Liaoning Sheng tu shu guan you zu ben, qie you xu ji si juan, zhu lu wei "Qing Shunzhi shi wu nian [1658] Chaoxian ke ben"An: shi shu shou lu Jiang Huaibo, Jiang Shuode, Jiang Xiyan san ren zhu zuo.Juan yi qian fu "Tongting xian sheng du xun wen shi Jiang gong xing zhuang" ; juan er qian fu "Wan yi zhai xian sheng Daimin Jiang gong xing zhuang"Library's copy: the Library has vol. 1 only.[Jiang Jingchun bian ji]
Jing jing de Jialing Jiang.
No full text書名據封面."大江影業公司出品".Shu ming ju feng mian."Da jiang ying ye gong si chu pin"
Jiang
No full textBACKGROUND Spatial Dialogues, an ARC Linkage research project is a trans-disciplinary investigation of the environmental and cultural significance of water in 3 cities in the Asia-Pacific region: Melbourne, Shanghai and Tokyo. Redfern creates video works at the intersection of site, screen and identity. These interests are expressed with a self-conscious approach to the technology and culture of video, making it both subject and medium for his work. CONTRIBUTION In the process of depicting environments, the status, currency, and possibility of beauty in art as well as the idea of the 'natural' as a cultural construct have become foci for his work. Jiang contributes to contemporary video art practices that draw upon ethnographic methodologies to create an impression or study of the interaction between people and their environment. Jiang was shot over the course of 2 years on 3 separate trips to Shanghai. The work takes as its subject matter the transformation of rivers and river culture in contemporary China. From the barge families and loaders who move - by hand - the raw materials of concrete aggregate and steel for China's construction boom to the riverfront at Puxi where that construction and redevelopment is taking place as the burgeoning middle class reconsider the value of rivers in urban spaces. It also furthers Redfern's work on imaging middens and accumulations. SIGNIFICANCE Jiang formed part of the outcomes for the ARC linkage project. Redfern's intention in presenting this work in China was to create a space for dialogue with collaborating partners and the Chinese audience around how we, as large economies in the region, live with and upon water. Additionally the work exhibited for Water and Reflections proved very popular with the public and was selected for exhibition at the museum's Pudong venue in central Shanghai
Sherry Jiang (Student Success Coach Showcase Series)
No full textIntroductory video from PAVE Student Success Coach, Sherry Jiang
Lobellina gladius Hu & Jiang & Jiang 2019, sp. nov.
No full textLobellina gladius sp. nov. Figures 2, 4, 6, 10–14, 16, 18, 20, Tables 4–5 Type material. Holotype: male, China, Hunan, Xinning county, Langshan National Geopark. Coordinates: 26.273767N, 110.732951E, alt. 770m, in forest of bamboo, leg. Ji-Gang Jiang, Cheng Jiang, Li-Ping Duan, 29.iv.2018. Paratypes: 5 females and 2 juveniles, about 30 specimens in alcohol, the same data as holotype, collection number as J2018042904. One female, subadult, and 4 juvenile, Guangxi, Ziyuan county, Langshan National Geopark. Coordinates: 26.274416N, 110.732011E, alt. 685m, in forest of bamboo, leg. Ji-Gang Jiang, Cheng Jiang, Li-Ping Duan, 29.iv.2018 (J2018042903). Female and male, Guangxi, Ziyuan county, Langshan National Geopark. Coordinates: 26.276824N, 110.730528E, alt. 510m, nearby the entrance of the Park, leg. Ji-Gang Jiang, Cheng Jiang, Li-Ping Duan, 29.iv.2018 (J2018042901). One male, Hunan, Xinning county, Shunhuangshang National Nature Reserve, Coordinates: 26.450028N, 111.014716E, alt. 930m, in forest, leg. Ji-Gang Jiang, Cheng Jiang, Li-Ping Duan, 1.v.2018 (J2018050102). Type materials are housed in the Key Laboratory of Zoology, Hunan University of Arts and Science (HUAS), Changde, Hunan Province, China. Diagnosis. Three pigmented eyes on head, mandible with six teeth, cephalic chaeta O present and including in tubercle Fr, cephalic tubercle Di not fused, non-cross type chaetotaxy on posterior area of head, cephalic lateral tubercle Dl, L and So independent respectively, Ant. I with 9 chaetae, Th. I with 4+4 tubercles, VT with 6–8 (usually 7) chaetae. Description. Body length: holotype, male, 4.0 mm. Usually, males: 4.0– 4.4 mm, females: 3.5–4.8 mm, juveniles: 1.5–3.5 mm. Body color. Red while living (Fig. 2) and white in alcohol (Fig. 4). Chaetal morphology (Fig. 6). Dorsal ordinary chaetae of four types: Ml, Mc, Mcc and me. Macrochaetae Ml long, sheathed, smooth and with blunt tip, gladius shaped (Fig. 6j), some Ml not sheathed and with pointed tip, such as F chaetae on head (Fig.6k) and macrochaetae on Abd. VI (Fig. 6l). Macrochaetae Mc similar to Ml morphologically, but shorter (Fig. 6 m–n). Macrochaetae Mcc morphologically similar to Mc and shorter than Mc (Fig. 6o). Mesochaetae similar to ventral chaetae, thin, smooth, and pointed, with various length (Fig. 6 p–r, t). S-chaetae on terga thin, smooth, equal to Mc and longer than Mcc (Fig. 6s). Head (Table 4, Fig. 10). Eyes 3+3, black (Fig. 11). Antenna 4-segmented (Fig. 16). Ant. I with 9 Chaetae. Ant. II with 9–11 Chaetae. Ant. III dorsally fused to Ant. IV. Two guard chaetae sgd and sgv present. Two short rods exposed in separate pit. Ant. IV dorsally with 8 thickened and curved sensilla, apical bulb trilobed. sensory organite (or) present. Ventral chaetotaxy of Ant. IV: ap with 7 bs and 3 miA, ca with 3 bs and 1 miA, cm with 2 bs and 2 miA, cp with 1 miA. On ventral side of Ant. III, Vi, Vc, Ve respectively with 3, 5, 4 chaetae. Buccal cone weakly developed, labrum truncated, chaetal formula as 0/2, 2. Mandible with four apical teeth, one curved middle tooth and one basal tooth (Fig. 12). Maxilla crochet form (Fig. 13). Labium with 11 chaetae and no x (Fig.18). Group Vi with 6+6 chaetae (Fig.18). Groups Vea, Vem and Vep with 5, 2 and 2 chaetae respectively. Dorsal chaetotaxy of head as in Table 4. and Fig. 10. Dorsal central area with 6 separate tubercles: 1 tubercle Cl, 2 An, 1 Fr and 2 Oc. Dorsal posterior area with 4 separate tubercles: 2 Di and 2 De. Line of chaetae Di2–De2 not crosses line Di1– De1 on head (non-cross type, Deharveng, 1983). Dorsal lateral area with 3 separate tubercles: Dl, L and So. Thorax (Table 5 & Fig. 10). Th. I with 4+4 tubercles (Di, De, Dl and L). Th. II and Th. III with 4+4 tubercles respectively. Chaetotaxy of thorax and legs as in Table 2. Unguis with a basal inner tooth, unguiculus absent. Chaeta M present on tibiotarsus. Abdomen (Table 5 & Fig. 10). Abd.I–IV respectively with 4+4 tubercles. Abd. V dorsally with 3+3 tubercles, two tubercles Di separate from each other, tubercle De separate from Dl, tubercle L present, on ventral side. Abd. VI with 1 tubercle on each side. VT with 7+7 chaetae, sometimes 6+6 or 8+8. Furcular remnant with 4 chaetae (Fig. 20). Etymology. The name of the species derives from the “ gladius ” shape of its macrochaetae. Remarks. The new species can be separated from known species by the following characters: Th. I with 4+4 tubercles; tubercle Di with 3 chaetae on Abd. I–III respectively, VT with 6–8 chaetae (usually 7); non-crossed type chaetae on cephalic posterior area. Including the new species, sixteen species of genus Lobellina are known worldwide. Seven of them have O chaeta on cephalic tubercle Fr, of which, 4 with chaeta O free from the tubercle, and three species, i.e. L. nanjingensis, L.fusa and L. gladius sp. nov. with chaeta O included in tubercle Fr. The new species can be easily differentiated from the other two species of the last group by the following key.Published as part of Hu, Ya-Hui, Jiang, Cheng & Jiang, Ji-Gang, 2019, Two new species of Lobellini from Central-South China (Collembola Neanuridae), pp. 77-89 in Zootaxa 4712 (1) on pages 83-88, DOI: 10.11646/zootaxa.4712.1.5, http://zenodo.org/record/358686
Calling: Earth #033 - Bingbing Jiang, Environmental Scientist
No full textIn this fifth and final lightning interview of the third season, Bingbing Jiang, a Ph.D. candidate in the USF School of Geosciences discusses her research on the intersection of policy, environmental science, and wetlands research.
More about Bingbing can be found here:
https://works.bepress.com/bingbing-jiang/
https://www.fgcu.edu/cas/centers/ewrp/
https://www.dispatch.com/news/20171002/could-restoring-swampland-fix-lake-erie-algae-crisis
https://www.toledoblade.com/local/2017/09/22/Restoration-of-historic-Great-Black-Swamp-could-help-save-Lake-Erie.htm
Resume 2: JIANG Jie
Full text linkThis resume is scripted in Chinese; it chronicles some of the JIANG Jie\u27s educations/exhibitions in the course of 1963 to 1995. (Jerry Wu\u2723).https://digital.kenyon.edu/zhoudocs/1131/thumbnail.jp
Vrsanskysajda Jiang, Xing & Li, 2023, nom. nov.
No full textGenus Vrsanskysajda nom. nov. Sajda Vršanský, 2021: 27 (Blattaria: Corydiidae: Holocompsinae). Preoccupied by Sajda Dworakowska, 1981: 244 (Homoptera: Cicadellidae: Typhlocybinae). Type species: Vrsanskysajda equatorialis (Vršanský in Vršanský et al. 2021) comb. nov. Etymology. The replacement name for the genus is derived from the name of Peter Vršanský, the author of the genus Sajda. Gender: feminine. Distribution. Brezina, Algeria.Published as part of Jiang, Lina, Xing, Jichun & Li, Yujian, 2023, New replacement name for the genus Sajda Vršanský, 2021 (Blattaria: Corydiidae: Holocompsinae), pp. 343-344 in Zootaxa 5270 (2) on page 343, DOI: 10.11646/zootaxa.5270.2.10, http://zenodo.org/record/784970
Tao Jiang
No full text학위논문(석사)--아주대학교 정보통신전문대학원 :정보통신공학과,2006. 81 Introduction 1
2 Motivation 2
3 The Cross-Platform Worm 3
3.1 A Notation for Worm Design 3
3.2 A General Design of the Cross-Platform Worm 4
3.3 Exploit Strategy of the Cross-Platform Worm 6
3.4 Unique Characteristics of the Cross-Platform Worm 7
4 Experiment and Implementation of a Cross-Platform Worm 10
4.1 Experiment Design 10
4.2 Verification 11
5 Propagation in the Internet 12
6 Related Works 16
7 Conclusions 17
References 18MasterThis paper proposes a new class of worm: the Cross-Platform Worm which is capable of exploiting various operating systems and spreading through these systems without the confinement of platform architecture. A general model representing the structure of the Cross-Platform Worm and its running mechanism are present. In addition, the paper describes an implemented instance of the Cross-platform worm able to infect both Linux and Windows systems. Finally, the paper analyzed its realistic threat on these aspects: propagation topology, enhanced random scanning attack, and propagation speed in the Internet, compared with other Internet worms. The analysis indicate that the cross-platform worm have a far greater harm ability than conventional worms
- …
