2,024,604 research outputs found
Luo e zhou xiao ji: wu juan, fu lu. v.1
No full text[羅願].綫裝, 1函.框19.5x13.7公分, 11行21字. 粗黑口, 四周雙邊, 順黑魚尾. 版心中鐫題名卷次, 下記刻工: 中, 海, 寸.前有明洪武二年[1369]宋濂序.見《香港中文大學圖書館古籍善本書錄》(增訂版)(p.231)外封有清趙宗建篆字題名"羅鄂州集, 明初刻本"又題"明初尚沿元趙文敏、鮮于伯機、虞文端字體", 内封有清同治二年徐康題跋, 云: "明人重宋版, 其時去宋年代近, 故明賢書目收集頗多. 我朝收藏書較勝國為難, 明初至今已五百年矣. 此《鄂州小集》系明初刻本, 較乾隆時所刻遠勝."附錄: 羅郢州遺文 / [羅頌].鈐"洞溪傳生", "庚申以後次侯所得", "常熟趙氏舊山樓經籍記", "曾在舊山樓", "舊山樓秘篋", "非昔居士", "趙宗建印", "隨盦觀", "屈向邦印", "蔭堂", "誦清芬室"印.Xian zhuang, 1 han.Kuang 19.5 x 13.7 gong fen, 11 hang 21 zi. Cu hei kou, si zhou shuang bian, shun hei yu wei. Ban xin zhong juan ti ming juan ci, xia ji ke gong: zhong, hai, cun.Qian you Ming Hongwu er nian [1369] Song Lian xu.Jian "Xianggang Zhong wen da xue tu shu guan gu ji shan ben shu lu" (zeng ding ban) (p.231)Detailed notes in vernacular field only.[Luo Yuan].Fu lu: Luo Yingzhou yi wen / [Luo Song].Qian "Dong xi zhuan sheng", "Geng shen yi hou ci hou suo de", "Chang shu zhao shi jiu shan lou jing ji ji", "Zeng zai jiu shan lou", "Jiu shan lou mi qie", "Fei xi ju shi", "Zhao zong jian yin", "Sui an guan", "Qu xiang bang yin", "Yin tang", "Song qing fen shi" yin
Bai pin pu wang luo zhong de jing ji xue
No full textLuo, Yuan.Thesis Ph.D. Chinese University of Hong Kong 2015.Includes bibliographical references (leaves 273-283).Abstracts also in Chinese.Title from PDF title page (viewed on 01, November, 2016).Luo, Yuan
Luo Zhenyu, Calligraphy in Oracle Bone Script
No full textHanging scroll, ink on paperDimension: calligraphy 66 x 34 cm; mounting 168 x 50.5 cmInscription: 景頑仁兄屬口殷虛貞卜遺文即希是之。辛未端陽貞松羅振玉書於遼東 寓居。
Transaltion: For dear friend Jingwan, these are the divination writings from Yin. In the year of xinwei (1931), duanyang (Dragon Boat Festival), Zhensong (alternate name), Luo Zhenyu writing at home in Liaodong.Luo Zhenyu (1866-1940, alternative name 雪堂) was a native of Shangyu, Zhejiang province. Luo Zhenyu was the most prominent archeologist and scholar who collected and studied oracle bone script. With his diligent research on the excavated oracle bones and ancient Chinese history records, Luo Zhenyu proved that Yin was the capital city of the Shang dynasty, which is located in Henan province and known as today Anyang. His major research on oracle bone script and early Chinese history was published in Yinshang zhenbu wenzi kao 殷商貞卜文字考, Yinxu shuqi kaoshi 殷墟書契考釋, and Zengding yinxu shuqi kaoshi 增訂殷墟書契考釋.
Relying on his rich knowledge on oracle bone script and epigraphy, Luo Zhenyu created many couplets and calligraphic works by collecting characters from oracle bone writings. This started an innovative direction in Chinese calligraphy creation.
This piece of calligraphy is very unusual because Luo Zhenyu composed this long essay in which all the characters are originally from the oracle bone found at An’yang. By mimicking the writing carved on tortoiseshell or animal bones, Luo Zhenyu wrote each stroke by using the brush evenly, straight, and smooth. This approach of employing the brush is distinct from other type styles of Chinese calligraphy writing, which often emphasizes on creating changes and varieties by using different parts of brush. The essay looks very neat because of the delicate square shape of all the characters as well as the elaborate organization.
The content of the essay has not yet been identified.. It was written for one of Luo Zhenyu’s friend, Jinwan, during the Dragon Boat Festival. The festival is a traditional Chinese holiday to commemorate Qu Yuan (340-278 BC), a famous literatus and politician during the Warring States period.
Reference
Luo Zhenyu. Yinxu shuqi kaoshi sanzhong 殷虛書契考釋三種 Beijing: Zhonghua shuju, 2005.
Zhongguo shufa jianshang dacidian 中國書法鑑賞大辭典 Beijing: Dadi chuban she, 1989
Karin Smirnoff: Lähdin veljen luo
No full textKirja-arvostelu teoksesta Karin Smirnoff: Lähdin veljen luo (Jag for ner till bror). Suom. Outi Menna. Tammi 2021. 294nonPeerReviewe
Frequency domain iterative feedforward/feedback tuning for MIMO ANVC
No full textA new iterative feedback/feed-forward tuning (IFFT) method is presented for multiple-input multiple-output (MIMO) control systems that relies on efficient computation of the negative gradient of the controller cost function in the frequency domain. The iterative method is using only one experiment per iteration and it is therefore suitable for realtime implementation for periodic adjustment of the controller. The primary target application area of the presented method is self-tuning feedback control in active noise and vibration control (ANVC)
Luo Jia
No full text학위논문(석사)--아주대학교 일반대학원 :산업공학과,2007. 8A new approach for PLC-Code auto-generation and its offline verification based on virtual simulation environment would be introduced through the thesis. The method, which involves Timed-Automata in the modeling phase, would be
introduced for automatically generated PLC-Code on the working cell level. Thereafter, it would come with the explanation of interlock error checking and handling methods for both automatic and manual modes. The basic idea in this part is to compare the estimated operation time with the real one for each mutual zone, so as to detect the overtimes for calculating the global optimized operation
sequence. For verifying the proposed approach, the programs and the result of an experimental simulation were given at the end of the thesis. One thing to notice is that the estimated operation time for each mutual zone is the total time span for the zone being used, but does not include detailed time for single operations. However, each single operation time must be estimated correctly so that the zone’s total time span could be calculated correctly, reasonably and feasibly. Additionally, since the generation process in the thesis adopted the assembly technique [1], there are also possibilities for other sub-processes in the cell to reuse the existing information.Contents
1. Introduction
2. PLC-Code Auto-Generation
2.1 Preliminaries
2.1.1 Information from 3D Simulation Environment
2.1.2 Mutual Exclusion Zone
2.1.3 Information Reuse
2.1.4 Typical PLC Program
2.1.4.1 Structure
2.1.5 Timed Automata
2.1.5.1 Clocks
2.1.5.2 Clock Constraints
2.1.5.3 Timed-Automata
2.2 Working Logic and Procedure
2.2.1 Algorithm in Zone Calculation
3. Error Handling System
3.1 Error Detection and Handling Areas
3.1.1 Error Detection
3.1.2 Manual Control and Re-Synchronization
3.2 Time Barriers in Simulation Based Verification
3.2.1 Error Detection under Automatic Mode
3.2.2 Manual Mode
3.2.3 Contingency Solution in Real Environment
4. Experiment with IGRIP
4.1 Working Logic
4.2 Implementation
4.2.1 Procedure
4.2.2 Program
4.2.2.1 Robot 2
4.2.2.2 Robot 1
4.2.2.3 Controller
4.2.3 Result
4.2.4 Future Work
5. Conclusion
6. ReferenceMaste
Luo an shi ji: [14 juan]. v.1
No full text羅季威.出版年據序線裝,一函Luo Jiwei.Detailed notes in vernacular field only.Detailed notes in vernacular field only
爾雅
No full text羅願著.綫裝.框23.7 x 14.9公分, 9行18字, 白口, 四周雙邊, 單魚尾. 版心中鐫書名及卷次.卷前有李化龍、車養志、方回、洪焱祖等人序.出版年據羅朗重訂洪焱祖跋.鈐有硃印.Juan qian you Li Hualong, Che Yangzhi, Fang Hui, Hong Yanzu deng ren xu.Chu ban nian ju Luo Lang chong ding Hong Yanzu ba.Xian zhuang.Kuang 23.7 x 14.9 gong fen, 9 xing 18 zi, bai kou, si zhou shuang bian, dan yu wei. Ban xin zhong juan shu ming ji juan ci.Qian you zhu yin.Luo Yuan zhu
Huo zhuo Yang Shangkun Luo Ruiqing
No full text红卫兵串联联络站绘.文字:活捉 楊尚昆 羅瑞卿;下款: 红卫兵串联联络站绘 一九六七季三月九日.裝裱後高寬: 117 x 47 cm.Hong wei bing chuan lian lian luo zhan hui.Wen zi : huo zhuo Yang Shangkun Luo Ruiqing; Xia kuan : hong wei bing chuan lian lian luo zhan hui 1967 ji 3 yue 9 ri.Zhuang biao hou gao kuan : 111 x 47 cm
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