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url: =China | Average Wage: Jiangxi: Fuzhou: Zixi | Economic Indicators\nChina Average Wage: Jiangxi: Fuzhou: Zixi\nChina’s Average Wage: Jiangxi: Fuzhou: Zixi data was reported at 21,520.00 RMB in Dec 2010. This records an increase from the previous number of 18,860.00 RMB for Dec 2009. China’s Average Wage: Jiangxi: Fuzhou: Zixi data is updated yearly, averaging 13,680.00 RMB from Dec 2004 to 2010, with 7 observations. The data reached an all-time high of 21,520.00 RMB in 2010 and a record low of 8,537.00 RMB in 2004. China’s Average Wage: Jiangxi: Fuzhou: Zixi data remains active status in CEIC and is reported by National Bureau of Statistics. The data is categorized under China Premium Database’s Labour Market – Table CN.GK: Average Wage: County Level Region.\nWhat was China's Average Wage: Jiangxi: Fuzhou: Zixi in 2010?\nView China's Average Wage: Jiangxi: Fuzhou: Zixi from 2004 to 2010 in the chart:\nAverage Wage: Jiangxi: Fuzhou: Zixi


url: =Yuanfang Guo - researchr alias\nPublications by 'Yuanfang Guo'\nGraph-CAT: Graph Co-Attention Networks via local and global attribute augmentationsLiang Yang 0002, Weixun Li, Yuanfang Guo, Junhua Gu. fgcs, 118:170-179, 2021. [doi]\nHierarchical Reasoning Network for Pedestrian Attribute RecognitionHaoran An, Hai-Miao Hu, Yuanfang Guo, Qianli Zhou, Bo Li 0006. tmm, 23:268-280, 2021. [doi]\nToward Unsupervised Graph Neural Network: Interactive Clustering and Embedding via Optimal TransportLiang Yang 0002, Junhua Gu, Chuan Wang, Xiaochun Cao, Lu Zhai, Di Jin, Yuanfang Guo. icdm 2020: 1358-1363 [doi]\nJANE: Jointly Adversarial Network EmbeddingLiang Yang 0002, Yuexue Wang, Junhua Gu, Chuan Wang, Xiaochun Cao, Yuanfang Guo. IJCAI 2020: 1381-1387 [doi]\nGraph Attention Topic Modeling NetworkLiang Yang 0002, Fan Wu, Junhua Gu, Chuan Wang, Xiaochun Cao, Di Jin, Yuanfang Guo. WWW 2020: 144-154 [doi]\nDistraction-Aware Feature Learning for Human Attribute Recognition via Coarse-to-Fine Attention MechanismMingda Wu, Di Huang 0001, Yuanfang Guo, Yunhong Wang. AAAI 2020: 12394-12401 [doi]\nA Point Light Source Interference Removal Method for Image DehazingYanyang Yan, Shengdong Zhang, Mingye Ju, Wenqi Ren, Rui Wang 0032, Yuanfang Guo. cvpr 2020: 3817-3825 [doi]\nA New Polyphase Down-Sampling-Based Multiple Description Image CodingShuyuan Zhu, Zhiying He, Xiandong Meng, Jiantao Zhou 0001, Yuanfang Guo, Bing Zeng. TIP, 29:5596-5611, 2020. [doi]\nTopology Optimization based Graph Convolutional NetworkLiang Yang 0002, Zesheng Kang, Xiaochun Cao, Di Jin, Bo Yang 0002, Yuanfang Guo. IJCAI 2019: 4054-4061 [doi]\nDual Self-Paced Graph Convolutional Network: Towards Reducing Attribute Distortions Induced by TopologyLiang Yang 0002, Zhiyang Chen, Junhua Gu, Yuanfang Guo. IJCAI 2019: 4062-4069 [doi]\nMasked Graph Convolutional NetworkLiang Yang 0002, Fan Wu, Yingkui Wang, Junhua Gu, Yuanfang Guo. IJCAI 2019: 4070-4077 [doi]\nPedestrian Attribute Recognition via Hierarchical Multi-task Learning and Relationship AttentionLian Gao, Di Huang 0001, Yuanfang Guo, Yunhong Wang. mm 2019: 1340-1348 [doi]\nScene Graph Generation via Convolutional Message Passing and Class-Aware Memory EmbeddingsYidong Zhang, Yunhong Wang, Yuanfang Guo. icann 2019: 620-633 [doi]\nHigh-Quality Color Image Compression by Quantization Crossing Color SpacesShuyuan Zhu, Zhiying He, Chen Chen 0015, Shuaicheng Liu, Jiantao Zhou 0001, Yuanfang Guo, Bing Zeng. tcsv, 29(5):1474-1487, 2019. [doi]\n3-in-1 Correlated Embedding via Adaptive Exploration of the Structure and Semantic SubspacesLiang Yang 0002, Yuanfang Guo, Di Jin, Huazhu Fu, Xiaochun Cao. IJCAI 2018: 3613-3619 [doi]\nMulti-Facet Network Embedding: Beyond the General Solution of Detection and RepresentationLiang Yang 0002, Yuanfang Guo, Xiaochun Cao. AAAI 2018: 499-506 [doi]\niHuman3D: Intelligent Human Body 3D Reconstruction using a Single Flying CameraWei Cheng, Lan Xu, Lei Han, Yuanfang Guo, Lu Fang. mm 2018: 1733-1741 [doi]\nA New Data Embedding Method with a New Data Embedding Domain for JPEG ImagesYuanfang Guo, Xiaochun Cao, Rui Wang 0032, Cheng Jin. bigmm 2018: 1-5 [doi]\nFake Colorized Image DetectionYuanfang Guo, Xiaochun Cao, Wei Zhang, Rui Wang. tifs, 13(8):1932-1944, 2018. [doi]\nHalftone Image Watermarking by Content Aware Double-Sided Embedding Error DiffusionYuanfang Guo, Oscar C. Au, Rui Wang, Lu Fang, Xiaochun Cao. TIP, 27(7):3387-3402, 2018. [doi]\negoPortray: Visual Exploration of Mobile Communication Signature from Egocentric Network PerspectiveQing Wang, Jiansu Pu, Yuanfang Guo, Zheng Hu, Hui Tian. mmm 2017: 649-661 [doi]\nImage Deblurring via Extreme Channels PriorYanyang Yan, Wenqi Ren, Yuanfang Guo, Rui Wang, Xiaochun Cao. cvpr 2017: 6978-6986 [doi]\nContextual approach for identifying malicious Inter-Component privacy leaks in Android appsDaojuan Zhang, Yuanfang Guo, Dianjie Guo, Rui Wang, Guangming Yu. ISCC 2017: 228-235 [doi]\nBinarized Mode Seeking for Scalable Visual Pattern DiscoveryWei Zhang, Xiaochun Cao, Rui Wang, Yuanfang Guo, Zhineng Chen. cvpr 2017: 6827-6835 [doi]\nHalftone image watermarking via optimizationYuanfang Guo, Oscar C. Au, Jiantao Zhou, Ketan Tang, Xiaopeng Fan. spic, 41:85-100, 2016. [doi]\nSubpixel-Based Image Scaling for Grid-like Subpixel Arrangements: A Generalized Continuous-Domain Analysis ModelJiahao Pang, Lu Fang, Jin Zeng, Yuanfang Guo, Ketan Tang. TIP, 25(3):1017-1032, 2016. [doi]\nAn Adaptive Reversible Data Hiding Scheme for JPEG ImagesJiaxin Yin, Rui Wang, Yuanfang Guo, Feng Liu. iwdw 2017: 456-469 [doi]\nAdaptive Block Coding Order for Intra Prediction in HEVCAmin Zheng, Yuan Yuan, Jiantao Zhou, Yuanfang Guo, Haitao Yang, Oscar C. Au. tcsv, 26(11):2152-2158, 2016. [doi]\nWatermark Embedding for Multiscale Error Diffused Halftone Images by Adopting Visual CryptographyYuanfang Guo, Oscar C. Au, Ketan Tang. ijdcf, 7(1):51-68, 2015. [doi]\nSelf-similarity-based image colorizationJiahao Pang, Oscar C. Au, Yukihiko Yamashita, Yonggen Ling, Yuanfang Guo, Jin Zeng. icip 2014: 4687-4691 [doi]\nFast algorithm of arbitrary factor subpixel downsampling based on frequency analysisKetan Tang, Oscar C. Au, Lu Fang, Jiahao Pang, Yuanfang Guo, Jiali Li. icmcs 2014: 1-6 [doi]\nAnalysis of sampling pattern and Luma-Chroma filter design for subpixel-based image downsamplingJin Zeng, Oscar C. Au, Yuanfang Guo, Jiahao Pang, Ketan Tang, Yonggen Ling. icassp 2014: 5834-5838 [doi]\nHiding a Secret Pattern into Color Halftone ImagesYuanfang Guo, Oscar C. Au, Ketan Tang, Jiahao Pang. iwdw 2014: 465-474 [doi]\nData hiding in error diffused color halftone imagesYuanfang Guo, Oscar C. Au, Ketan Tang, Jiahao Pang, Wenxiu Sun, Lingfeng Xu, Jiali Li, Xingyu Zhang. iscas 2013: 2996-2999 [doi]\nEfficient adaptive prediction based reversible image watermarkingSunil Prasad Jaiswal, Oscar C. Au, Vinit Jakhetiya, Yuanfang Guo, Anil Kumar Tiwari, Kong Yue. icip 2013: 4540-4544 [doi]\nImage colorization using sparse representationJiahao Pang, Oscar C. Au, Ketan Tang, Yuanfang Guo. icassp 2013: 1578-1582 [doi]\nArbitrary factor image interpolation using geodesic distance weighted 2D autoregressive modelingKetan Tang, Oscar C. Au, Yuanfang Guo, Jiahao Pang, Jiali Li. icassp 2013: 2217-2221 [doi]\nArbitrary factor image interpolation by convolution kernel constrained 2-D autoregressive modelingKetan Tang, Oscar C. Au, Yuanfang Guo, Jiahao Pang, Jiali Li, Lu Fang. icip 2013: 996-1000 [doi]\nChroma Replacing and adaptive Chroma Blending for subpixel-based downsamplingKetan Tang, Oscar C. Au, Lu Fang, Yuanfang Guo, Jiahao Pang. mmsp 2013: 212-217 [doi]\nStereo matching by adaptive weighting selection based cost aggregationLingfeng Xu, Oscar C. Au, Wenxiu Sun, Lu Fang, Ketan Tang, Jiali Li, Yuanfang Guo. iscas 2013: 1420-1423 [doi]\nHEVC-based adaptive quantization for screen content by detecting low contrast edge regionsHong Zhang, Oscar C. Au, Yongfang Shi, Xingyu Zhang, Ketan Tang, Yuanfang Guo. iscas 2013: 49-52 [doi]\nAdditional sign bit hiding of transform coefficients in HEVCXingyu Zhang, Oscar C. Au, Chao Pang, Wei Dai, Yuanfang Guo, Lu Fang. icmcs 2013: 1-4 [doi]\nAn adaptive frame complexity based rate quantization model for intra-frame rate control of High Efficiency Video Coding (HEVC)Lin Sun, Oscar C. Au, Wei Dai, Yuanfang Guo, Ruobing Zou. apsipa 2012: 1-6 [doi]\nSuper resolution for subpixel-based downsampled imagesKetan Tang, Oscar C. Au, Lu Fang, Yuanfang Guo, Pengfei Wan, Lingfeng Xu. apsipa 2012: 1-4 [doi]\nImage de-quantization via spatially varying sparsity priorPengfei Wan, Oscar C. Au, Ketan Tang, Yuanfang Guo. icip 2012: 953-956 [doi]\nFrom 2D Extrapolation to 1D Interpolation: Content Adaptive Image Bit-Depth ExpansionPengfei Wan, Oscar C. Au, Ketan Tang, Yuanfang Guo, Lu Fang. icmcs 2012: 170-175 [doi]\nData hiding in dot diffused halftone imagesYuanfang Guo, Oscar C. Au, Ketan Tang, Lu Fang, Zhiding Yu. icmcs 2011: 1-6 [doi]\nImage Interpolation Using Autoregressive Model and Gauss-Seidel OptimizationKetan Tang, Oscar C. Au, Lu Fang, Zhiding Yu, Yuanfang Guo. icig 2011: 66-69 [doi]\nHow anti-aliasing filter affects image contrast: An analysis from majorization theory perspectiveKetan Tang, Oscar C. Au, Lu Fang, Zhiding Yu, Yuanfang Guo. icmcs 2011: 1-6 [doi]\nMulti-scale analysis of color and texture for salient object detectionKetan Tang, Oscar C. Au, Lu Fang, Zhiding Yu, Yuanfang Guo. icip 2011: 2401-2404 [doi]\nTowards robust and efficient segmentation: An approach based on inter-region contour and intra-region content analysisZhiding Yu, Oscar C. Au, Ketan Tang, Lingfeng Xu, Wenxiu Sun, Yuanfang Guo. icmcs 2011: 1-6 [doi]\nInter-channel demosaicking traces for digital image forensicsJohn S. Ho, Oscar C. Au, Jiantao Zhou, Yuanfang Guo. icmcs 2010: 1475-1480 [doi]


url:
=Hao Wanshan shuo jian kang, [Liu], Ni de ti zhi shi shu yin de hai shi shu yang de, [zhi zuo Beijing zhong yang dian shi tai], (videorecording) (Instance) - San Francisco Public Library\nThe instance Hao Wanshan shuo jian kang, [Liu], Ni de ti zhi shi shu yin de hai shi shu yang de, [zhi zuo Beijing zhong yang dian shi tai], (videorecording) represents a material embodiment of a distinct intellectual or artistic creation found in San Francisco Public Library. This resource is a combination of several types including: Instance, Video Recording.\nThe Resource Hao Wanshan shuo jian kang, [Liu], Ni de ti zhi shi shu yin de hai shi shu yang de, [zhi zuo Beijing zhong yang dian shi tai], (videorecording)\nNi de ti zhi shi shu yin de hai shi shu yang de\nContext of Hao Wanshan shuo jian kang, [Liu], Ni de ti zhi shi shu yin de hai shi shu yang de, [zhi zuo Beijing zhong yang dian shi tai], (videorecording)\n
 Data from Hao Wanshan shuo jian kang, [Liu], Ni de ti zhi shi shu yin de hai shi shu yang de, [zhi zuo Beijing zhong yang dian shi tai], (videorecording) - San Francisco Public Library
\nData Citation of the Instance Hao Wanshan shuo jian kang, [Liu], Ni de ti zhi shi shu yin de hai shi shu yang de, [zhi zuo Beijing zhong yang dian shi tai], (videorecording)


url: =Sony представит флагманский смартфон для европейского рынка уже в мае\nSuǒní jiāng mùqián de qíjiàn jí zhìnéng shǒujī zài ōuzhōu shìchǎng wǔ yuè\nshàng zhōu, suǒní gōngsī zhèngshì tuīchūle qí xīn qíjiàn de Xperia Z4, dàn zài tóngyī shíjiān, jù bàodǎo, gāi shèbèi jiāng zhǐ zài qí rìběn běntǔ shìchǎng shēngchǎn. Xiànzài rénmen zhīdào, zhìnéng shǒujī jiāng gōngbù suǒyǒu de ōuzhōu shìchǎng, dàn zài míngchēng de Xperia Z3 +. Gāi móxíng de zhèngshì fābù, yùjì zài wǔ yuè xiàxún.\nHuíxiǎng yīxià, zài rìběn xuānbù qíjiàn jiànzhú, fángcháo, fángchén biāozhǔn IP5,IP6 hé IP8 bǎohù. Zhìnéng shǒujī shì jīyú 64 wèi, bā hé gāotōng Snapdragon 810, bìng pèi yǒu yīgè píngmù duì jiǎo xiàn wèi 5.2 Yīngcùn,1920×1080 xiàngsù de fēnbiàn lǜ.\nRAM shì 3GB, bìngqiě shǎncún qūdòngqì de róngliàng - 32 GB. Yǒu yóu kǎ de MicroSD kuòzhǎn cúnchú (zuìduō 128 GB) de kěnéng xìng. 2930 Háo ān dì diànchí róngliàng.\n← Lenovo выпустила бюджетный смартфон A3900 с восьмиядерным процессором Prestigio сообщила о старте продаж смартфона Grace X7 в Украине →


url: =A study of geographic variations in seed traits of Toona sinensis.\nObjective: The purpose of this study was to investigate the geographic variation among different provenances of Toona sinensis seed traits. Method: Eight phenotypic traits of seeds from different provenances collected from 35 counties in 11 provinces were analyzed. Result and conclusion: The...\nZhou XiangBin; Zhou Wei; Zhou Peng; Wu LinYing; Lin Wei; Chen XiaoYang\nJournal of South China Agricultural University, 2015, 36, 5, pp 105-110\nZhou Wei (2)\nQue QingMin (1)\nQue, Q. M. (1)\nZhou Peng (1)\nZhou XiangBin (1)\nZhou, X. B. (1)\nToona sinensis (1)


url: =ModMyPi LTD | Waterproof Metal LED Ring Switch - Latching - White\nRaspberry Pi » Sensors » Buttons & Switches » Waterproof Metal LED Ring Switch - Latching - White\nWaterproof Metal LED Ring Switch - Latching - White\nAsk a Question about Waterproof Metal LED Ring Switch - Latching - White\nThese 16mm chrome-plated metal buttons are rugged and waterproof and look real good while doing it! Simply drill a 16mm hole into any material up to 1/2" thick and you can fit these in place, there's even a rubber gasket to keep any water out of the enclosure. On the front of the button is a flat metal actuator, surrounded by a white plastic LED ring. On the back there are 3 contacts for the button (common, normally-open and normally-closed) and 2 for the white LED ring (+ and -). Connect 3 to 6V to the LED to have it light up nicely, there's a built in resistor! If you want to use this with a higher voltage, say 12V or 24V, simply add a 470 ohm resistor in series with the LED connection to keep the LED current at around 20mA.\nTags: raspberry, pi, adafruit, switch, led, led-switch, waterproof, waterproof-button, on, off, on-off, on-off-switch, 16mm, white\nProduct Code: ADA-0917


url: =Health and Physical Education 2013 Vol. Issue 12 - Table of Contents\nCompetition of Family Background (拼爹游戏)\ndi er jie quan guo gao xiao xin mei ti fa zhan lun tan zai nan jing ju ban (第二届全国高校新媒体发展论坛在南京举办)\nsan xia da xue qing chun ke ai shou si nv hai bao hong xiao yuan (三峡大学清纯可爱“寿司女孩”爆红校园)\nxi nan da xue xue sheng hui zhi ka tong ban bei zuo di tu (西南大学学生绘制卡通版北碚地图)\nzhong qing da xue xian xue ba ban 32 ren 30 ge bao yan qi zhong liang dui shi qing lv (重庆大学现学霸班 32人30个保研其中两对是情侣)\nji qi ren shi jie bei wo men shi guan jun fang zhe jiang da xue xiao xing ji qi ren zu qiu zjunlict tuan dui (机器人世界杯 我们是冠军 访浙江大学小型机器人足球ZJUNlict团队)\nqie kan ta men yan yi chu ru chi ru zui de zhen shi da xi hei se de you mo bai se de chun jie hui se de zhen shi fang zhong guo nong ye da xue hei bai hui hua ju she (且看他们演一出如痴如醉的真实大戏 黑色的幽默 白色的纯洁 灰色的真实——访中国农业大学黑白灰话剧社)\npao wan quan cheng gong yi yi zhi zai lu shang fang shou du ti yu xue yuan xi wang jiu zhou ti yu gong yi she tuan (跑完全程 公益一直在路上 访首都体育学院希望九洲体育公益社团)\nlu guo wei ming xie yi shou shi dui hua bei jing da xue wu si wen xue she fu ze ren li zuo (路过未名 写一首诗 对话北京大学五四文学社负责人 李琬)\npei yang ying shi ye xin sheng li liang da zao guo ji hua jiao liu ping tai 2013( di shi er jie ) si chuan dian shi jie jin xiong mao jiang guo ji da xue sheng ying shi zuo pin ping xuan ban jiang huo dong zuo gao feng lun tan long zhong ju xing (培养影视业新生力量 打造国际化交流平台 2013(第十二届)四川电视节“金熊猫”奖国际大学生影视作品评选颁奖活动暨高峰论坛隆重举行)\nStudent Village (走进大学生村官)\npai wai yu bei pai wai na xie shi (“排外”与“被排外”那些事)\ngang da huan shi bei da ? it is a question. (港大还是北大? It is a question.)\nfeng yu fu xiao tan fu lin (风雨付笑谈 付林)\nwen he zuo ren ta shi zuo xue wen fang ren min da xue xin wen xue yuan fu yuan chang yu guo ming (温和做人 踏实做学问 访人民大学新闻学院副院长 喻国明)\nqing chen zhe zhuan fang zhu ming ji zhe da ai qing chen fa qi ren wang ke qin (清尘者 专访著名记者、“大爱清尘”发起人 王克勤)\nFANG Tang, LI Zhong\ncong ming xing dao fan ren wo yi bu zai ren xing ma xiao qing zi bai xi ying zhen xiang gan kai ta shi bi dang ming xing hao (从明星到凡人 我已不再任性 马晓晴自白息影真相 感慨踏实比当明星好)\npin die jiu jing zai pin shi me ? (“拼爹”究竟在“拼”什么?)\nping heng zi wo , yong yuan shi xue sheng fang zhong guo hui pu you xian gong si chan pin jing li bao zuo ethan (平衡自我,永远是学生 访中国惠普有限公司产品经理——鲍楠Ethan)\nqian yi mo hua de ying xiang ting ge xu jin shen !! (潜移默化的影响 听歌须谨慎!!)\n2013 mei li tong xing zhong guo xiang cun er tong lian he gong yi ci shan ye luo mu mu ji shan kuan 1093.69 wan yuan (“2013美丽童行·中国乡村儿童联合公益慈善夜”落幕 募集善款1093.69万元)\nding jian she ji shi zou xiu wei xiang pai dui zhong xing yun ji fen xiang wei shi shang (顶尖设计师走秀“微”享派对 众星云集分享微时尚)\nzuo rong guo (《芙蓉国》)\nque shi de yu wen ke 2 zhen han shang shi ! (《缺失的语文课2》震撼上市!)\nwen jia bao tan jiao yu (《温家宝谈教育》)\nda zao zhong guo jing ji sheng ji ban (《打造中国经济升级版》)\nyi ji jin gong yi ying xiang jie yuan man luo mu (壹基金公益映像节圆满落幕)\n2013 nian du zhu xue zhu meng zhu ren zhu ti huo dong zai jing qi dong han men bu chang wen qing jiang shu shui de qing chun bu fen dou (2013年度“助学·筑梦·铸人”主题活动在京启动 “寒门部长”温情讲述“谁的青春不奋斗”)\nwan le nong chao di 22 jie zhong guo zhen wei si bei xiu xian zhuang she ji da sai hua li shou guan (玩“乐”弄“潮” 第22届中国真维斯杯休闲装设计大赛华丽收官)\nxin yun dong , xin shi shang , hui dong zheng neng liang di yi jie sit han di bing qiu lian sai (新运动,新时尚,挥动正能量 第一届SIT旱地冰球联赛)\nquan fang wei pei yu gao xiao ren cai da zao chuang xin xing wen chuang dui wu 2013 di san jie quan qiu da xue chuang yi bo lan hui sheng da kai mu (全方位培育高校人才 打造创新型文创队伍 2013第三届全球大学创意博览会盛大开幕)\ntong xiang shui mo qing yun gong hua zhong mei you yi shui mo zhong guo meng dang dai zhong guo hua jing pin zhan zai mei guo niu yue sheng da qi mu (同享水墨清韵 共话中美友谊 “水墨·中国梦——当代中国画精品展”在美国纽约盛大启幕)


url: =SILICON 데이터시트, Datasheet(PDF) - BR1005 - Dc Components, TECHNICAL SPECIFICATIONS OF SINGLE-PHASE SILICON BRIDGE RECTIFIER\n전체 ABCO ELECTRONICS CO.LTD(1)Abracon Corporation(10)Actel Corporation(1)Advanced Analogic Technologies(2)Advanced Monolithic Systems(2)Advanced Photonix, Inc.(85)Advanced Power Technology(1)Advanced Semiconductor(868)All Sensors Corporation(4)Allegro MicroSystems(1)Alpha Industries(2)America Semiconductor, LLC(16)American Accurate Components, Inc.(2)American Microsemiconductor(15)Amphenol Corporation(7)Analog Devices(17)Anaren Microwave(1)API Delevan(1)Apollo Electron Co., Ltd.(8)ARTSCHIP ELECTRONICS CO.,LMITED.(4)Asahi Kasei Microsystems(12)ATMEL Corporation(5)AUK corp(615)AVAGO TECHNOLOGIES LIMITED(53)Avic Technology(7)BeRex Corporation(14)BetLux Electronics(5)Bi technologies(3)Boca Semiconductor Corporation(74)Bourns Electronic Solutions(90)BRIGHT LED ELECTRONICS CORP(1)Broadcom Corporation.(8)Bruckewell Technology LTD(19)Bytes(15)Bytesonic Electronics Co., Ltd.(19)California Eastern Labs(138)celduc-relais(1)Central Semiconductor Corp(2074)CHENG-YI ELECTRONIC CO., LTD.(60)Chenmko Enterprise Co. Ltd.(472)Chip Integration Technology Corporation(11)Chongqing Pingwei Enterprise co.,Ltd(68)Cirrus Logic(10)Clairex Technologies, Inc(15)Clare, Inc.(1)Comchip Technology(62)Compact Technology Corp.(20)Compensated Deuices Incorporated(8)Comset Semiconductor(188)Continental Device India Limited(551)Cree, Inc(186)Cymbet Corporation(3)Cynergy3 Co(1)Cystech Electonics Corp.(39)DACO SEMICONDUCTOR CO.,LTD.(14)Daesan Electronics Corp.(5)Dallas Semiconductor(20)Data Delay Devices, Inc.(1)Datatronic Distribution, Inc.(1)Daya Electric Group Co., Ltd.(12)Dc Components(112)Digitron Semiconductors(130)DinTek Semiconductor Co,.Ltd(1)Diode Semiconductor Korea(168)Diodes Incorporated(502)DIOTEC Electronics Corporation(77)Diotec Semiconductor(195)Diotech Company.(62)DIYI Electronic Technology Co., Ltd.(19)E-CMOS Corporation(1)E-Tech Electronics LTD(22)Edal Industries, Inc.(82)EIC discrete Semiconductors(209)Electronic devices inc.(22)eleflow technologies co., ltd.(35)ELM Electronics(1)ELM Technology Corporation(1)ETAL Group(2)Everlight Electronics Co., Ltd(68)Exar Corporation(1)Galaxy Semi-Conductor Holdings Limited(503)List of Unclassifed Manufacturers(154)List of Unclassifed Manufacturers(192)Microdiode Electronics (Jiangsu) Co.,Ltd.(178)Nanjing International Group Co(127)Rugao Dachang Electronics Co., Ltd(47)SHANGHAI BELLING CO., LTD.(1)Shanghai Lunsure Electronic Tech(27)\nAgilent(Hewlett-Packard)(128)Fairchild Semiconductor(458)FCI connector(8)First Components International(106)First Silicon Co., Ltd(38)Formosa MS(134)Foshan Blue Rocket Electronics Co.,Ltd.(1049)Freescale Semiconductor, Inc(135)Frontier Electronics.(57)Fuji Electric(526)Fujitsu Component Limited.(17)Gaomi Xinghe Electronics Co., Ltd.(28)GE Solid State(17)General Semiconductor(11)GeneSiC Semiconductor, Inc.(896)GETAI ELECTRONICS DEVICE CO., LTD(224)GOOD-ARK Electronics(61)Goodwork Semiconductor Co., Ltd .(22)GTM CORPORATION(86)Guangdong Juxing Electronics Technology Co., Ltd.(27)Guilin Strong Micro-Electronics Co., Ltd.(2)Gulf Semiconductor(42)Hamamatsu Corporation(1)Hi-Sincerity Mocroelectronics(41)Hitachi Metals, Ltd(6)Hitachi Semiconductor(959)Hittite Microwave Corporation(1)Honeywell Accelerometers(10)Honeywell Solid State Electronics Center(23)HY ELECTRONIC CORP.(245)Inchange Semiconductor Company Limited(4794)Infineon Technologies AG(963)Integral Corp.(3)InterFET Corporation(119)International Rectifier(24)Intersil Corporation(19)IP SEMICONDUCTOR CO., LTD.(14)Isahaya Electronics Corporation(371)ISOCOM COMPONENTS(1)IXYS Corporation(6)Jiangsu Changjiang Electronics Technology Co., Ltd(3)JIEJIE MICROELECTRONICS CO.,Ltd(1)JILIN SINO-MICROELECTRONICS CO., LTD.(3)Jinan Gude Electronic Device(27)Jinan Jing Heng Electronics Co., Ltd.(50)Jinan Jingheng (Group) Co.,Ltd(21)JL World Company Limited.(4)Nantong Hornby Electronic Co.,Ltd(26)Quanzhou Jinmei Electronic Co.,Ltd.(2698)SHANTOU HUASHAN ELECTRONIC DEVICES CO.,LTD(362)Shenzhen Foster Semiconductor Co., Ltd.(18)Shenzhen Huazhimei Semiconductor Co., Ltd(6)Shenzhen Jin Yu Semiconductor Co., Ltd.(27)\nAnshan Leadsun Electronics Co., Ltd(8)Dongguan City Niuhang Electronics Co.LTD(5)Guangdong Kexin Industrial Co.,Ltd(712)KEC(Korea Electronics)(408)Kersemi Electronic Co., Ltd.(59)KIA Semiconductor Technology(3)Kingbright Corporation(5)Kingtronics International Company(25)Knowles Electronics(19)Knox Semiconductor, Inc(3)KODENSHI KOREA CORP.(512)Kwang Myoung I.S. CO.,LTD(24)LANSDALE Semiconductor Inc.(7)Leshan Radio Company(237)LIGITEK electronics co., ltd.(47)Linear Technology(5)Linkage Goston Electronics Co., LTD(6)Lite-On Technology Corporation(2)Littelfuse(59)LUMEX INC.(2)Luna Innovations Incorporated(60)M-pulse Microwave Inc.(38)M.S. Kennedy Corporation(1)M/A-COM Technology Solutions, Inc.(316)MAKO SEMICONDUCTOR CO.,LIMITED(1)Marktech Corporate(2)Marl International Limited(2)Maxim Integrated Products(18)Meder Electronic(2)MIC GROUP RECTIFIERS(6)Micrel Semiconductor(1)Micro Commercial Components(618)Micro Electronics(162)Microchip Technology(26)Micropac Industries(4)Microsemi Corporation(376)Micross Components(55)Microtune,Inc(24)Mitsubishi Electric Semiconductor(109)Mixed Signal Integration(1)Molex Electronics Ltd.(1)Mospec Semiconductor(8)Motorola, Inc(450)Murata Power Solutions Inc.(1)Naina Semiconductor ltd.(27)Nais(Matsushita Electric Works)(1)National Semiconductor (TI)(2)NEC(693)Nell Semiconductor Co., Ltd(21)New Jersey Semi-Conductor Products, Inc.(2339)NIC-Components Corp.(2)Nihon Inter Electronics Corporation(4)NTE Electronics(584)NXP Semiconductors(100)Okaya Electric America, Inc.(1)Olitech Electronics Co.Ltd(12)Omron Electronics LLC(3)ON Semiconductor(1001)OPTEK Technologies(46)OSA Opto Light GmbH(1)OSRAM GmbH(177)SHENZHEN KOO CHIN ELECTRONICS CO., LTD.(12)Shenzhen Luguang Electronic Technology Co., Ltd(214)Shenzhen Meipusen Semiconductor Co., Ltd(20)Tyco Electronics(98)\nChangzhou Shunye Electronics Co.,Ltd.(36)Dongguan Pingjingsemi Technology Co., Ltd,(57)NXP Semiconductors(368)PACELEADER INDUSTRIAL(23)Pan Jit International Inc.(237)Panasonic Battery Group(22)Panasonic Semiconductor(1762)PerkinElmer Optoelectronics(6)PMC-Sierra, Inc(2)Polyfet RF Devices(207)Power Innovations Ltd(119)Powerex Power Semiconductors(12)Powersem GmbH(13)Princeton Technology Corp(1)QT Optoelectronics(18)Rectron Semiconductor(237)Renesas Technology Corp(2477)RF Micro Devices(19)RHOPOINT COMPONENTS(2)Rohm(488)Roithner LaserTechnik GmbH(3)Sames(1)Samsung semiconductor(63)Sangdest Microelectronic (Nanjing) Co., Ltd(12)Sanken electric(554)Sanyo Semicon Device(857)Savantic, Inc.(4165)SeCoS Halbleitertechnologie GmbH(284)Seme LAB(441)Semicoa Semiconductor(110)SemiHow Co.,Ltd.(42)Semikron International(186)SemiWell Semiconductor(29)Semtech Corporation(92)SEMTECH ELECTRONICS LTD.(641)Sensitron(170)Sensortechnics GmbH(6)Shanghai Sunrise Electronics(25)Shenzhen Ping Sheng Electronics Co., Ltd.(17)Shenzhen Taychipst Electronic Co., Ltd(29)SHIKE Electronics(46)Shindengen Electric Mfg.Co.Ltd(2)Shunye Enterprise(85)Siemens Semiconductor Group(708)Silan Microelectronics Joint-stock(1)Silicon Laboratories(31)Silicon Microstructures, Inc.(2)Silicon Standard Corp.(3)Silicon Supplies(2)SiPower Inc.(15)SIRENZA MICRODEVICES(45)Skyworks Solutions Inc.(18)Solid State Optronic(1)Solid States Devices, Inc(71)Solitron Devices Inc.(11)Sony Corporation(12)Stanford Microdevices(13)STMicroelectronics(219)SUNMATE electronic Co., LTD(222)Sunspirit Electronic Ltd(1)Suntac Electronic Corp.(23)Suntan Capacitors(7)Surge Components(32)SynQor Worldwide Headquarters(1)SynSemi, Inc.(38)Tachyonics CO,. LTD(1)TAITRON Components Incorporated(11)Taiwan Memory Technology(3)Taiwan Semiconductor Company, Ltd(115)Tak Cheong Electronics (Holdings) Co.,Ltd(3)TE Connectivity Ltd(5)Teccor Electronics(1)Teledyne Technologies Incorporated(19)TEMIC Semiconductors(15)Texas Instruments(46)Texas Instruments(43)Thinki Semiconductor Co., Ltd.(43)Tiger Electronic Co.,Ltd(61)Torex Semiconductor(3)Toshiba Semiconductor(2309)Touchstone Semiconductor Inc(9)Transys Electronics(63)TRANSYS Electronics Limited(54)TT Electronics.(94)Vishay Telefunken(1)Xian Semipower Electronic Technology Co., Ltd.(11)\nDONGGUAN YOU FENG WEI ELECTRONICS CO., LTD(171)Shanghai Yint Electronic Co., Ltd(14)Shenzhen Winsemi Microelectronics Co., Ltd(184)Shenzhen Yixinwei Technology Co., Ltd.(30)SHENZHEN YONGERJIA INDUSTRY CO.,LTD(85)UN Semiconducctor INC(1)UNIOHM CORPORATION(23)Unisonic Technologies(249)Usha India Ltd.(1)Vaishali Semiconductor(3)Vishay Siliconix(463)Wabash Transformer Inc.(1)WeEn Semiconductors(48)Weitron Technology(83)WILLAS ELECTRONIC CORP(17)Wing Shing Computer Components(223)Wolfson Microelectronics plc(11)Won-Top Electronics(7)Yangzhou yangjie electronic co., ltd(40)Yea Shin Technology Co., Ltd(25)Yellow Stone Corp(1)YENYO TECHNOLOGY Co., Ltd(2)Zetex Semiconductors(520)Zhaoxingwei Electronics ., Ltd(32)Zibo Seno Electronic Engineering Co.,Ltd(40)Zilog, Inc.(2)Zowie Technology Corporation(47)\n검색 결과 : 'SILICON' - 전체: 112 (1/6) Pages\nDc Components BR1005 TECHNICAL SPECIFICATIONS OF SINGLE-PHASE SILICON BRIDGE RECTIFIER\n1N4001 TECHNICAL SPECIFICATIONS OF SILICON RECTIFIER\nTBL005 TECHNICAL SPECIFICATIONS OF SINGLE-PHASE SILICON BRIDGE RECTIFIER VOLTAGE RANGE - 50 to 1000 Volts\nM13 TECHNICAL SPECIFICATIONS OF SURFACE MOUNT SILICON RECTIFIER\nMP6005 TECHNICAL SPECIFICATIONS OF SINGLE-PHASE SILICON BRIDGE RECTIFIER VOLTAGE RANGE - 50 to 1000 Volts\n1N4001A TECHNICAL SPECIFICATIONS SILICON RECTIFIER VOLTAGE RANGE - 50 to 100 Volts CURRENT - 1.0 Ampere\nDL5221B TECHNICAL SPECIFICATIONS OF GLASS SILICON ZENER DIODES\nKBPC10005 TECHNICAL SPECIFICATIONS OF SINGLE-PHASE SILICON BRIDGE RECTIFIER\nSMA5920 TECHNICAL SPECIFICATIONS OF SURFACE MOUNT SILICON ZENER DIODES VOLTAGE RANGE - 6.2 to 200 Volts\nBR1505L TECHNICAL SPECIFICATIONS OF SINGLE-PHASE SILICON BRIDGE RECTIFIER\nKBK8A TECHNICAL SPECIFICATIONS OF SINGLE-PHASE SILICON BRIDGE RECTIFIER\nMBR1505 TECHNICAL SPECIFICATIONS OF SINGLE-PHASE SILICON BRIDGE RECTIFIER\nHBL4A TECHNICAL SPECIFICATIONS OF SINGLE-PHASE SILICON BRIDGE RECTIFIER\nRB151 TECHNICAL SPECIFICATIONS OF SINGLE-PHASE SILICON BRIDGE RECTIFIER\nKBL005 TECHNICAL SPECIFICATIONS OF SINGLE-PHASE SILICON BRIDGE RECTIFIER\nKBK20A TECHNICAL SPECIFICATIONS OF SINGLE-PHASE SILICON BRIDGE RECTIFIER\nKBPC50005W TECHNICAL SPECIFICATIONS OF SINGLE-PHASE SILICON BRIDGE RECTIFIER\nDCR506-3 TECHNICAL SPECIFICATIONS OF SENSITIVE GATE SILICON CONTROLLED RECTIFIERS VOLTAGE RANGE - 100 to 600 Volts\n6A05M TECHNICAL SPECIFICATIONS OF SILICON RECTIFIER\nBR3505L TECHNICAL SPECIFICATIONS OF SINGLE-PHASE SILICON BRIDGE RECTIFIER


url: =Yang, Yong (95)\nYang, Yong-Guang (29)\nSykes, Megan (11)\nYang, Yong-Ping (11)\nYang, Yong-Qing (10)\nLu, Yin-Ying (9)\nWang, Chun-Ping (9)\nXu, Yu-Dong (8)\nYin, Lei-Miao (8)\nFerrari, Mauro (6)\nShen, Haifa (6)\nZeng, Zhen (6)\nHu, Zheng (5)\nLiu, Yan-Yan (5)\nQu, Jian-Hui (5)\nZhu, Hai-Liang (5)\nAcott, Ted S. (4)\nBai, Wen-Lin (4)\nChang, Xiu-Juan (4)\nFeng, Yong-Yi (4)\nKeller, Kate E. (4)\nSu, Shu-Hui (4)\nSuh, Pann-Ghill (4)\nWang, Yuantao (4)\nWolfram, Joy (4)\nYang, Yong-An (4)\nYang, Yong-Feng (4)\nFang, Xiaohong (3)\nGao, Xu-Dong (3)\nHuan, Yi (3)\nHuang, Shuying (3)\nOhdan, Hideki (3)\nOnoe, Takashi (3)\nQin, Guoting (3)\nRan, Jun (3)\nShen, Jianliang (3)\nSun, Ying Ying (3)\nWang, Xuming (3)\n1. A hydrolase of trehalose dimycolate induces nutrient influx and stress sensitivity to balance intracellular growth of Mycobacterium tuberculosis Yang, Yong | Kulka, Kathleen | Montelaro, Ronald C. | Reinhart, Todd A. | Sissons, James | Aderem, Alan | Ojha, Anil K.\n3. Comparison of Primary Radial Head Replacement and ORIF (Open Reduction and Internal Fixation) in Mason Type III Fractures: A Retrospective Evaluation in 72 Elderly Patients Liu, Run | Liu, Pengcheng | Shu, Hexi | Gong, Jinpeng | Sun, Qi | Wu, Jiezhou | Nie, Xiaoyang | Yang, Yong | Cai, Ming\nMedical Science Monitor : International Medical Journal of Experimental and Clinical Research 2015;21:90-93.\nArthroplasty, Replacement, Elbow; Fracture Fixation; Health Services for the Aged\n4. Preparation and Upconversion Emission Modification of Crystalline Colloidal Arrays and Rare Earth Fluoride Microcrystal Composites Liao, Jiayan | Yang, Zhengwen | Sun, Jinbo | Lai, Shenfeng | Shao, Bo | Li, Jun | Qiu, Jianbei | Song, Zhiguo | Yang, Yong\n5. An effective approach to prevent immune rejection of human ESC-derived allografts Rong, Zhili | Wang, Meiyan | Hu, Zheng | Stradner, Martin | Zhu, Shengyun | Kong, Huijuan | Yi, Huanfa | Goldrath, Ananda | Yang, Yong-Guang | Xu, Yang | Fu, Xuemei\nCell stem cell 2014;14(1):121-130.\nHuman embryonic stem cells (hESCs) hold great promise for cell therapy as a source of diverse differentiated cell types. One key bottleneck to realizing such potential is allogenic immune rejection of hESC-derived cells by recipients. Here, we optimized humanized mice (Hu-mice) reconstituted with a functional human immune system that mounts a vigorous rejection of hESCs and their derivatives. We established knock-in hESCs that constitutively express CTLA4-Ig and PD-L1 before and after differentiation, denoted CP hESCs. We then demonstrated that allogenic CP hESC-derived teratomas, fibroblasts, and cardiomyocytes are immune protected in Hu-mice, while cells derived from parental hESCs are effectively rejected. Expression of both CTLA4-Ig, which disrupts T-cell co-stimulatory pathways, and PD-L1, which activates T-cell inhibitory pathway, is required to confer immune protection as neither was sufficient on their own. These findings are instrumental for developing a strategy to protect hESC-derived cells from allogenic immune responses without requiring systemic immune suppression.\n6. Polycation-Functionalized Nanoporous Silicon Particles for Gene Silencing on Breast Cancer Cells Zhang, Mingzhen | Xu, Rong | Xia, Xiaojun | Yang, Yong | Gu, Jianhua | Qin, Guoting | Liu, Xuewu | Ferrari, Mauro | Shen, Haifa\nNanoporous silicon particles (pSi), with a pore size in the range of 20~60 nm, were modified with polyethyleimine (PEI) to yield pSi-PEI particles, which were subsequently complexed with siRNA. Thus, pSi-PEI/siRNA particles were fabricated, with the PEI/siRNA nanocomplexes mainly anchored inside the nanopore of the pSi particles. These hybrid particles were used as carriers to deliver siRNA to human breast cancer cells. Due to the gradual degradation of the pSi matrix under physiological conditions, the PEI/siRNA nanocomplexes were released from the pore interior in a sustained manner. Physicochemical characterization revealed that the released PEI/siRNA nanocomplexes exhibited well-defined spherical shape and narrow particle size distribution between 15 and 30 nm. Gene knockdown against the ataxia telangiectasia mutated (ATM) cancer gene showed dramatic gene silencing efficacy. Moreover, comprehensive biocompatibility studies were performed for the pSi-PEI/siRNA particles both in vitro and in vivo and demonstrated that the pSi-PEI particles exhibited significantly enhanced biocompatibility. As a consequence, PEI-modified porous silicon particles may have substantial potential as safe and effective siRNA delivery systems.\nnon-viral gene delivery; polyplex; siRNA; porous silicon particles; breast cancer\n7. Sex-Specific Urinary Biomarkers for Diagnosing Bipolar Disorder Chen, Jian-jun | Huang, Hua | Zhao, Li-bo | Zhou, De-zhi | Yang, Yong-tao | Zheng, Peng | Yang, De-yu | He, Peng | Zhou, Jing-jing | Fang, Liang | Xie, Peng\n8. Nanotopography Alters Nuclear Protein Expression, Proliferation and Differentiation of Human Mesenchymal Stem/Stromal Cells Kulangara, Karina | Yang, Jennifer | Chellappan, Malathi | Yang, Yong | Leong, Kam W.\nPLoS ONE 2014;9(12):e114698.\nMesenchymal stem/stromal cells respond to physical cues present in their microenvironment such as substrate elasticity, geometry, or topography with respect to morphology, proliferation, and differentiation. Although studies have demonstrated the role of focal adhesions in topography-mediated changes of gene expression, information linking substrate topography to the nucleus remains scarce. Here we show by two-dimensional gel electrophoresis and western blotting that A-type lamins and retinoblastoma protein are downregulated in mesenchymal stem/stromal cells cultured on 350 nm gratings compared to planar substrates; these changes lead to a decrease in proliferation and changes in differentiation potential.\n9. Effect of titanium dioxide nanoparticles on zebrafish embryos and developing retina Wang, Ya-Jie | He, Zi-Zi | Fang, Yang-Wu | Xu, Yang | Chen, Ya-Nan | Wang, Guan-Qun | Yang, Yong-Qiang | Yang, Zhuo | Li, Yu-Hao\n10. Live-cell single-molecule imaging reveals clathrin and caveolin-1 dependent docking of SMAD4 at the cell membrane Yang, Yong | Wolfram, Joy | Shen, Jianliang | Zhao, Yuliang | Fang, Xiaohong | Shen, Haifa | Ferrari, Mauro\nFEBS letters 2013;587(24):3912-3920.\n11. Quantification of Bird-to-Bird and Bird-to-Human Infections during 2013 Novel H7N9 Avian Influenza Outbreak in China Hsieh, Ying-Hen | Wu, Jianhong | Fang, Jian | Yang, Yong | Lou, Jie\nPLoS ONE 2014;9(12):e111834.\nFrom February to May, 2013, 132 human avian influenza H7N9 cases were identified in China resulting in 37 deaths. We developed a novel, simple and effective compartmental modeling framework for transmissions among (wild and domestic) birds as well as from birds to human, to infer important epidemiological quantifiers, such as basic reproduction number for bird epidemic, bird-to-human infection rate and turning points of the epidemics, for the epidemic via human H7N9 case onset data and to acquire useful information regarding the bird-to-human transmission dynamics. Estimated basic reproduction number for infections among birds is 4.10 and the mean daily number of human infections per infected bird is 3.16*10−5 [3.08*10−5, 3.23*10−5]. The turning point of 2013 H7N9 epidemic is pinpointed at April 16 for bird infections and at April 9 for bird-to-human transmissions. Our result reveals very low level of bird-to-human infections, thus indicating minimal risk of widespread bird-to-human infections of H7N9 virus during the outbreak. Moreover, the turning point of the human epidemic, pinpointed at shortly after the implementation of full-scale control and intervention measures initiated in early April, further highlights the impact of timely actions on ending the outbreak. This is the first study where both the bird and human components of an avian influenza epidemic can be quantified using only the human case data.\n12. Phenological Adaptations in Ficus tikoua Exhibit Convergence with Unrelated Extra-Tropical Fig Trees Zhao, Ting-Ting | Compton, Stephen G. | Yang, Yong-Jiang | Wang, Rong | Chen, Yan\n13. Dual-Tree Complex Wavelet Transform and Image Block Residual-Based Multi-Focus Image Fusion in Visual Sensor Networks Yang, Yong | Tong, Song | Huang, Shuying | Lin, Pan\nSensors (Basel, Switzerland) 2014;14(12):22408-22430.\nThis paper presents a novel framework for the fusion of multi-focus images explicitly designed for visual sensor network (VSN) environments. Multi-scale based fusion methods can often obtain fused images with good visual effect. However, because of the defects of the fusion rules, it is almost impossible to completely avoid the loss of useful information in the thus obtained fused images. The proposed fusion scheme can be divided into two processes: initial fusion and final fusion. The initial fusion is based on a dual-tree complex wavelet transform (DTCWT). The Sum-Modified-Laplacian (SML)-based visual contrast and SML are employed to fuse the low- and high-frequency coefficients, respectively, and an initial composited image is obtained. In the final fusion process, the image block residuals technique and consistency verification are used to detect the focusing areas and then a decision map is obtained. The map is used to guide how to achieve the final fused image. The performance of the proposed method was extensively tested on a number of multi-focus images, including no-referenced images, referenced images, and images with different noise levels. The experimental results clearly indicate that the proposed method outperformed various state-of-the-art fusion methods, in terms of both subjective and objective evaluations, and is more suitable for VSNs.\nmulti-focus image fusion; dual-tree complex wavelet transform; image block residual; visual sensor networks\n14. Gene expression and genetic analysis reveal diverse causes of recessive self-compatibility in Brassica napus L. Zhai, Wen | Zhang, Jianfeng | Yang, Yong | Ma, Chaozhi | Liu, Zhiquan | Gao, Changbin | Zhou, Guilong | Tu, Jinxing | Shen, Jinxiong | Fu, Tingdong\nBMC Genomics 2014;15(1):1037.\nEleven accessions were screened to identify stable recessive SC and had the S genotype BnS-7 on the A genome and BnS-6 on the C genome similarly to BrS-29 and BoS-15, respectively. In eight SC accessions, BnSCR-7 and BnSCR-6 were nearly undetectable and harbored no structural mutations in the promoters, while SRK genes were expressed at normal levels and contained intact CDS, with the exception of BnSRK-7 in line C32. SRK and SCR genes were expressed normally but their CDSs had no mutations in three SC accessions. In self-incompatible S-1300 and 11 F1 hybrids, SRK genes and BnSCR-1300 transcripts were present at high levels, while expression of the BnSCR-7 and BnSCR-6 were absent. Plants of S genotype S1300S1300 were completely SI, while SI phenotypes of SBnS-7SBnS-7 and S1300SBnS-7 plants were segregated in BC1 and F2 populations.\nThe online version of this article (doi:10.1186/1471-2164-15-1037) contains supplementary material, which is available to authorized users.\nBrassica napus; Self-incompatibility (SI); S locus genes; Gene expression; Genetic analysis\n15. High Capacity Nanoporous Silicon Carrier for Systemic Delivery of Gene Silencing Therapeutics Shen, Jianliang | Xu, Rong | Mai, Junhua | Kim, Han-Cheon | Guo, Xiaojing | Qin, Guoting | Yang, Yong | Wolfram, Joy | Mu, Chaofeng | Xia, Xiaojun | Gu, Jianhua | Liu, Xuewu | Mao, Zong-Wan | Ferrari, Mauro | Shen, Haifa\nACS nano 2013;7(11):10.1021/nn4035316.\nGene silencing agents such as small interfering RNA (siRNA) and microRNA offer the promise to modulate expression of almost every gene for the treatment of human diseases including cancer. However, lack of vehicles for effective systemic delivery to the disease organs has greatly limited their in vivo applications. In this study, we developed a high capacity polycation-functionalized nanoporous silicon (PCPS) platform comprised of nanoporous silicon microparticles functionalized with arginine-polyethyleneimine inside the nanopores for effective delivery of gene silencing agents. Incubation of MDA-MB-231 human breast cancer cells with PCPS loaded with STAT3 siRNA (PCPS/STAT3) or GRP78 siRNA (PCPS/GRP78) resulted in 91% and 83% reduction of STAT3 and GRP78 gene expression in vitro. Treatment of cells with a microRNA-18a mimic in PCPS (PCPS/miR-18) knocked down 90% expression of the microRNA-18a target gene ATM. Systemic delivery of PCPS/STAT3 siRNA in murine model of MDA-MB-231 breast cancer enriched particles in tumor tissues and reduced STAT3 expression in cancer cells, causing significant reduction of cancer stem cells in the residual tumor tissue. At the therapeutic dosage, PCPS/STAT3 siRNA did not trigger acute immune response in FVB mice, including changes in serum cytokines, chemokines and colony-stimulating factors. In addition, weekly dosing of PCPS/STAT3 siRNA for four weeks did not cause signs of sub-acute toxicity based on changes in body weight, hematology, blood chemistry, and major organ histology. Collectively, the results suggest that we have developed a safe vehicle for effective delivery of gene silencing agents.\nporous silicon; siRNA; microRNA; delivery; cancer therapy\n16. A comprehensive study design reveals treatment- and transcript abundance–dependent concordance between RNA-seq and microarray data Wang, Charles | Gong, Binsheng | Bushel, Pierre R. | Thierry-Mieg, Jean | Thierry-Mieg, Danielle | Xu, Joshua | Fang, Hong | Hong, Huixiao | Shen, Jie | Su, Zhenqiang | Meehan, Joe | Li, Xiaojin | Yang, Lu | Li, Haiqing | Łabaj, Paweł P. | Kreil, David P. | Megherbi, Dalila | Florian, Caiment | Gaj, Stan | van Delft, Joost | Kleinjans, Jos | Scherer, Andreas | Viswanath, Devanarayan | Wang, Jian | Yang, Yong | Qian, Hui-Rong | Lancashire, Lee J. | Bessarabova, Marina | Nikolsky, Yuri | Furlanello, Cesare | Chierici, Marco | Albanese, Davide | Jurman, Giuseppe | Riccadonna, Samantha | Filosi, Michele | Visintainer, Roberto | Zhang, Ke K. | Li, Jianying | Hsieh, Jui-Hua | Svoboda, Daniel L. | Fuscoe, James C. | Deng, Youping | Shi, Leming | Paules, Richard S. | Auerbach, Scott S. | Tong, Weida\n17. Hypomethylation of long interspersed nuclear element-1 promoter is associated with poor outcomes for curative resected hepatocellular carcinoma Gao, Xu-dong | Qu, Jian-hui | Chang, Xiu-juan | Lu, Yin-ying | Bai, Wen-lin | Wang, Hong | Xu, Zhong-xian | An, Lin-jing | Wang, Chun-ping | Zeng, Zhen | Yang, Yong-ping\nLiver International 2013;34(1):136-146.\nEpigenetic alterations are well documented in hepatocarcinogenesis. However, hypomethylation of long interspersed nuclear element 1(LINE-1) promoter and its relationship with clinicopathological features in hepatocellular carcinoma (HCC) remain unknown.\nThe bisulfite-specific PCR and DNA sequencing analysis was performed to assess the methylation status of LINE-1 promoter in a pilot cohort of 71 patients with HCC. Additionally, methylation levels of two hot CpG sites of LINE-1 promoter, site 7 and 18 were measured by real-time PCR and compared with clinicopathological parameters in a cohort of 172 HCC. All the patients included were in BCLC stage A or B.\nMost patients with HCC (87.3%) showed hypomethylation of LINE-1 promoter compared with HBV-related cirrhosis and normal controls (P < 0.001). The HCC patients with LINE-1 promoter hypomethylation had a median tumour-free survival (TFS) and overall survival (OS) post-resection of 22.0 (95% CI: 13.3–30.7) months and 35.0 (95% CI: 24.0–46.1) months, respectively, compared with 40 months and ∼60 months for those with LINE-1 promoter hypermethylation (P < 0.05). Multivariate analyses showed that the hypomethylation level at CpG site 7 and 18 of LINE-1 promoter, along with tumour size and tumour differentiation, was independently associated with both TFS and OS for patients with HCC after resection.\nPromoter hypomethylation of LINE-1, especially at the CpG site 7 and 18, was associated with a poor prognosis in HCC.\nHepatocellular carcinoma; long interspersed nuclear element-1; methylation\n18. Synthesis and discovery of 18α-GAMG as anticancer agent in vitro and in vivo via down expression of protein p65 Tang, Wen-jian | Yang, Yong-an | Xu, He | Shi, Jing-bo | Liu, Xin-hua\n19. Causes and managements of postoperative complications after degenerative scoliosis treatments with internal fixation Yang, Yong-Hong | Zheng, Jie | Lou, Shu-Liang\n20. Two-staged stent-assisted angioplasty treatment strategy for severe left main coronary distal bifurcation stenosis associated with the right coronary chronic total occlusion Yang, Yong-Yao | Wu, Qiang\nInternational Journal of Clinical and Experimental Medicine 2014;7(11):4509-4514.\nA 63-year-old female patient, with history of 8-year hypertension and 10-year hyperlipidemia, presented with severe left main coronary bifurcation stenosis (LMCS) associated with the right coronary artery chronic total occlusion (CTO-RCA). On the day of admission, she received drug treatment with aspirin, clopidogrel, heparin, statins, angiotensin converting enzyme inhibitors and β-blocker. On the next day, she underwent CTO recanalization with 6F guiding-catheter and two rapamycin-eluting stents, and showed no postoperative discomfort after interventional treatment. Considering having hypertensive nephropathy and chronic renal insufficiency, the patient then received intravenous saline full hydration therapy. Two weeks after successful completion of the RCA revascularization, the original collateral circulation in the blood flow from the LMC to RCA became two-way flow. Under the safe and reliable protective condition, staged percutaneous coronary intervention (PCI) with 6F XB3.0 guiding catheter and rapamycin-eluting stents was applied to treat the LMCL. 9-month postoperative follow-up with coronary computed tomographic imaging showed no restenosis inside the original stent, without any myocardial ischemic event. Our successful approach to turn the original unprotected LMCS combined with CTO-RCA into a protective one reduces the interventional risk and provides additional option besides coronary artery bypass graft surgery to treat such complex coronary artery disease (CAD).\nLeft main coronary artery stenosis; the right coronary artery chronic total occlusion; angiography; percutaneous coronary intervention\n21. A Meta-Analysis of Unilateral versus Bilateral Pedicle Screw Fixation in Minimally Invasive Lumbar Interbody Fusion Liu, Zheng | Fei, Qi | Wang, Bingqiang | Lv, Pengfei | Chi, Cheng | Yang, Yong | Zhao, Fan | Lin, Jisheng | Ma, Zhao\n22. A study on the mechanical characteristics of the EBM-printed Ti-6Al-4V LCP plates in vitro Liu, Peng-cheng | Yang, Yun-ji | Liu, Run | Shu, He-xi | Gong, Jin-peng | Yang, Yong | Sun, Qi | Wu, Xing | Cai, Ming\n23. A Novel Algorithm to Enhance P300 in Single Trials: Application to Lie Detection Using F-Score and SVM Gao, Junfeng | Tian, Hongjun | Yang, Yong | Yu, Xiaolin | Li, Chenhong | Rao, Nini\nPLoS ONE 2014;9(11):e109700.\n24. Non-specific physiological background effects of acupuncture revealed by proteomic analysis in normal rats Xu, Yu-Dong | Wang, Yu | Park, Gyoung-Hee | Yin, Lei-Miao | Ran, Jun | Liu, Yan-Yan | Yang, Yong-Qing\nBMC Complementary and Alternative Medicine 2014;14(1):375.\nAcupuncture; Non-specific effect; Proteomics\n25. Development and Validation of a Multiplex Reverse Transcription PCR Assay for Simultaneous Detection of Three Papaya Viruses Tuo, Decai | Shen, Wentao | Yang, Yong | Yan, Pu | Li, Xiaoying | Zhou, Peng\nPapaya ringspot virus (PRSV), Papaya leaf distortion mosaic virus (PLDMV), and Papaya mosaic virus (PapMV) produce similar symptoms in papaya. Each threatens commercial production of papaya on Hainan Island, China. In this study, a multiplex reverse transcription PCR assay was developed to detect simultaneously these three viruses by screening combinations of mixed primer pairs and optimizing the multiplex RT-PCR reaction conditions. A mixture of three specific primer pairs was used to amplify three distinct fragments of 613 bp from the P3 gene of PRSV, 355 bp from the CP gene of PLDMV, and 205 bp from the CP gene of PapMV, demonstrating the assay’s specificity. The sensitivity of the multiplex RT-PCR was evaluated by showing plasmids containing each of the viral target genes with 1.44 × 103, 1.79 × 103, and 1.91 × 102 copies for the three viruses could be detected successfully. The multiplex RT-PCR was applied successfully for detection of three viruses from 341 field samples collected from 18 counties of Hainan Island, China. Rates of single infections were 186/341 (54.5%), 93/341 (27.3%), and 3/341 (0.9%), for PRSV, PLDMV, and PapMV, respectively; 59/341 (17.3%) of the samples were co-infected with PRSV and PLDMV, which is the first time being reported in Hainan Island. This multiplex RT-PCR assay is a simple, rapid, sensitive, and cost-effective method for detecting multiple viruses in papaya and can be used for routine molecular diagnosis and epidemiological studies in papaya.\nPRSV; PLDMV; PapMV; multiplex RT-PCR; detection; papaya


url: =6th Maritime New Technology & Investment Shanghai Summit 2019 _国际船舶海工网_\n2019-6-29 18:43:29 来源：International Ship & Offshore Media China\nTime: Dec. 1-2, Place: Shanghai downtown\n( 2 days prior to Marintech Shanghai 2019 )\nIn conjunction with 3rd Marine Scrubber & BWTS Shanghai Int'l Summit 2019\nTime: Dec. 1, 2019, Place: Shanghai\nThe Summit is based on the successful five Summits held in Shanghai and Beijing, which each attracted over 200 industry elites and professionals from abroad and home. as the sponsored logos shown below:\nThe Summits successfully held in Chinese summary with photos are in the link below.\nNote: On Dec.1, 3rd Marine Scrubber & BWTS Shanghai Int'l Summit 2019 will be held, while on Dec.2, 2nd LNG-fueled Ship & LNG Technology Shanghai Summit 2019 and 6th Maritime New Technology & Investment Shanghai Summit 2019 will be held, all registerd attendees are welcome to attend the both summits.\n上篇 3rd Marine Scrubber & BWTS Shanghai Summit 2019\n下篇 KOSE Looks to be Game Changer in Global Shipbuilding Industry’


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url: =14 October 2016 Development and characterization of resonator- and delay lines-based sensors on AlN/sapphire substrate for high-temperature application\nJie Liu; Bin Yang; Jingquan Liu; Xiang Chen; Xiaolin Wang; Chunsheng Yang\nJie Liu , Bin Yang , Jingquan Liu , Xiang Chen , Xiaolin Wang , Chunsheng Yang\nJ. of Micro/Nanolithography, MEMS, and MOEMS, 15(4), 045002 (2016). https://doi.org/10.1117/1.JMM.15.4.045002\nJie Liu, Jie Liu, Bin Yang, Bin Yang, Jingquan Liu, Jingquan Liu, Xiang Chen, Xiang Chen, Xiaolin Wang, Xiaolin Wang, Chunsheng Yang, Chunsheng Yang, } "Development and characterization of resonator- and delay lines-based sensors on AlN/sapphire substrate for high-temperature application," Journal of Micro/Nanolithography, MEMS, and MOEMS 15(4), 045002 (14 October 2016). https://doi.org/10.1117/1.JMM.15.4.045002 . Submission:\nJie Liu, Bin Yang, Jingquan Liu, Xiang Chen, Xiaolin Wang, Chunsheng Yang, "Development and characterization of resonator- and delay lines-based sensors on AlN/sapphire substrate for high-temperature application," J. Micro/Nanolith. MEMS MOEMS 15(4) 045002 (14 October 2016)


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url: =Clarke | Trusted. Reliable. Efficient.: March 2014


url: =Home > Pesquisa > au:"Krzeszinski, Jing Y" (7)\nNeoplasias Ósseas (3)\nCélulas-Tronco Neoplásicas (1)\nCell Metab (2)\nau:"Krzeszinski, Jing Y" AND (collection:("06-national/BR" OR "05-specialized") OR db:("LILACS" OR "MEDLINE"))\nRetraction Note: miR-34a blocks osteoporosis and bone metastasis by inhibiting osteoclastogenesis and Tgif2.\nKrzeszinski, Jing Y; Wei, Wei; Huynh, HoangDinh; Jin, Zixue; Wang, Xunde; Chang, Tsung-Cheng; Xie, Xian-Jin; He, Lin; Mangala, Lingegowda S; Lopez-Berestein, Gabriel; Sood, Anil K; Mendell, Joshua T; Wan, Yihong.\nNature; 582(7810): 134, 2020 Jun.\nArtigo em Inglês | MEDLINE | ID: mdl-32483375\nAuthor Correction: miR-34a blocks osteoporosis and bone metastasis by inhibiting osteoclastogenesis and Tgif2.\nNature; 570(7761): E51, 2019 Jun.\nArtigo em Inglês | MEDLINE | ID: mdl-31127195\nNature; 512(7515): 431-5, 2014 Aug 28.\nArtigo em Inglês | MEDLINE | ID: mdl-25043055\nLipid Osteoclastokines Regulate Breast Cancer Bone Metastasis.\nKrzeszinski, Jing Y; Schwaid, Adam G; Cheng, Wing Yin; Jin, Zixue; Gallegos, Zachary R; Saghatelian, Alan; Wan, Yihong.\nEndocrinology; 158(3): 477-489, 2017 03 01.\nArtigo em Inglês | MEDLINE | ID: mdl-27967239\nNew therapeutic targets for cancer bone metastasis.\nKrzeszinski, Jing Y; Wan, Yihong.\nTrends Pharmacol Sci; 36(6): 360-73, 2015 Jun.\nArtigo em Inglês | MEDLINE | ID: mdl-25962679\nA Liver-Bone Endocrine Relay by IGFBP1 Promotes Osteoclastogenesis and Mediates FGF21-Induced Bone Resorption.\nWang, Xunde; Wei, Wei; Krzeszinski, Jing Y; Wang, Yubao; Wan, Yihong.\nCell Metab; 22(5): 811-24, 2015 Nov 03.\nArtigo em Inglês | MEDLINE | ID: mdl-26456333\nOrexin regulates bone remodeling via a dominant positive central action and a subordinate negative peripheral action.\nWei, Wei; Motoike, Toshiyuki; Krzeszinski, Jing Y; Jin, Zixue; Xie, Xian-Jin; Dechow, Paul C; Yanagisawa, Masashi; Wan, Yihong.\nCell Metab; 19(6): 927-40, 2014 Jun 03.\nArtigo em Inglês | MEDLINE | ID: mdl-24794976


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url: =The Doppelgangaz - Peace Kehd (Deluxe Edition CD) (2014) (FLAC + 320 kbps)\n03. Sh*t Rock\n07. Ungodly (feat. Big Josh)\n13. Sh*t Rock (Instrumental)\n18. What’s Your 20 (Instrumental)\n1 comment "The Doppelgangaz – Peace Kehd (Deluxe Edition CD) (2014) (FLAC + 320 kbps)"\nA talented up and coming hip hop duo, original styles, thoughtful rhyme schemes, dark and earthy beats, this is certainly worth lending an ear to. Peace.


url: =圣诞节聖誕節shèngdànjiésheng4dan4jie2圣诞节聖誕節shèngdànjiésheng4dan4jie2圣诞节聖誕節shèngdànjiésheng4dan4jie2圣诞节聖誕節shèngdànjiédas Weihnachten die Weihnachtendas WeihnachtendasWeihnachtenWeihnachtensheng4dan4圣诞聖誕shèngdànsheng4dan4圣诞聖誕shèngdànsheng4dan4圣诞聖誕shèngdànsheng4dan4圣诞聖誕shèngdàndas Weihnachten die Weihnachtendas WeihnachtendasWeihnachtenWeihnachtensheng4dan4 da4can1圣诞大餐聖誕大餐shèngdàn dàcān sheng4dan4 da4can1圣诞大餐聖誕大餐shèngdàn dàcānsheng4dan4 da4can1圣诞大餐聖誕大餐shèngdàn dàcānsheng4dan4圣诞聖誕shèngdànda4can1大餐大餐dàcāndas Festessen zu Weihnachtendas Festessen zu WeihnachtendasFestessenzuWeihnachtenFestessenzuWeihnachten\nlin2jin4 sheng4dan4临近圣诞臨近聖誕línjìn shèngdànlin2jin4 sheng4dan4临近圣诞臨近聖誕línjìn shèngdànlin2jin4 sheng4dan4临近圣诞臨近聖誕línjìn shèngdànlin2jin4临近臨近línjìnsheng4dan4圣诞聖誕shèngdànweihnachten | weihnachtete, geweihnachtet |weihnachtenweihnachtenweihnachtenyang2yi4 zhe0 sheng4dan4 fen1wei2洋溢着圣诞氛围洋溢著聖誕氛圍yángyì zhe shèngdàn fēnwéiyang2yi4 zhe0 sheng4dan4 fen1wei2洋溢着圣诞氛围洋溢著聖誕氛圍yángyì zhe shèngdàn fēnwéiyang2yi4 zhe0 sheng4dan4 fen1wei2洋溢着圣诞氛围洋溢著聖誕氛圍yángyì zhe shèngdàn fēnwéiyang2yi4洋溢洋溢yángyìzhe0着著zhesheng4dan4圣诞聖誕shèngdànfen1wei2氛围氛圍fēnwéiweihnachten | weihnachtete, geweihnachtet |weihnachtenweihnachtenweihnachten\nDao4chu4 shi4 sheng4dan4jie2 de0 qi4fen1到处是圣诞节的气氛到處是聖誕節的氣氛Dàochù shì shèngdànjié de qìfēnDao4chu4 shi4 sheng4dan4jie2 de0 qi4fen1到处是圣诞节的气氛到處是聖誕節的氣氛Dàochù shì shèngdànjié de qìfēnDao4chu4 shi4 sheng4dan4jie2 de0 qi4fen1到处是圣诞节的气氛到處是聖誕節的氣氛Dàochù shì shèngdànjié de qìfēnDao4chu4到处到處Dàochùshi4是是shìsheng4dan4jie2圣诞节聖誕節shèngdànjiéde0的的deqi4fen1气氛氣氛qìfēnEs weihnachtet schon. weihnachtenEs weihnachtet schon.Esweihnachtetschon.EsweihnachtetschonKuai4 dao4 sheng4dan4 le0快到圣诞了快到聖誕了Kuài dào shèngdàn leKuai4 dao4 sheng4dan4 le0快到圣诞了快到聖誕了Kuài dào shèngdàn leKuai4 dao4 sheng4dan4 le0快到圣诞了快到聖誕了Kuài dào shèngdàn leKuai4快快Kuàidao4到到dàosheng4dan4圣诞聖誕shèngdànle0了了leEs weihnachtet schon. weihnachtenEs weihnachtet schon.Esweihnachtetschon.Esweihnachtetschon\nWeihnachten in ChinaHallo, ich bin jetzt für ein Praktikum in Changzhou und werde auch über Weihnachten hier bleiben.Weihnachten und Neujahr Ganz blöde Frage meinerseits, aber werden Weihnachten und Neujahr in Korea (Süd) und China auch un圣诞节快到了！Diesen Satz höre ich in China seit Anfang Dezember immer wieder. Heißt das sowas wie "Christmas isWeihnachten in ChinaWeihnachten und Neujahr 圣诞节快到了！WeihnachtsfestWeihnacht\nNutzungsbedingungen / DatenschutzImpressum220.284 Einträge, 120.873 AnfragenSuchtipps FAQ - Frequently Asked QuestionsCopyright © LEO Dictionary Team 2006 - 2022leo22. CPU µs: 136000/12000


url: =Indraprastha Institute of Information Technology, Delhi catalog › Results of search for 'au:"SpringerLink (Online service)" and se:Lecture Notes in Computer Science, and su-to:Computation by Abstract Devices and su-to:Data Structures, Cryptology and Information Theory and su-to:Computer Science and au:Lu, Bao-Liang and au:Lu, Bao-Liang and su-to:Computer science and au:Zhang, Liqing and au:Zhang, Liqing and se:Lecture Notes in Computer Science, and su-to:Programming Techniques and su-to:Programming Techniques and au:Kwok, James. and se:Lecture Notes in Computer Science, and su-to:Pattern Recognition. and su-to:Artificial intelligence.'\nResults of search for 'au:"SpringerLink (Online service)" and se:Lecture Notes in Computer Science, and su-to:Computation by Abstract Devices and su-to:Data Structures, Cryptology and Information Theory and su-to:Computer Science and au:Lu, Bao-Liang and au:Lu, Bao-Liang and su-to:Computer science and au:Zhang, Liqing and au:Zhang, Liqing and se:Lecture Notes in Computer Science, and su-to:Programming Techniques and su-to:Programming Techniques and au:Kwok, James. and se:Lecture Notes in Computer Science, and su-to:Pattern Recognition. and su-to:Artificial intelligence.'


url: =Learning Dynamics NAV Patterns [Book]\n1. Introducing Dynamics NAV Patterns and Software Architecture\n4. Building an Example Application Using Patterns\nThe ThrowErrorIfNoSelection function\n5. Coding Best Practices\nBonus – debugging\n6. Anti-patterns and Handling Legacy Code\n7. Building Solutions Using Patterns


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=Zhang Yihe san wen ji : ju ju dou shi duan chang sheng (Work) - Santa Clara County Library District\nZhang Yihe san wen ji : ju ju dou shi duan chang sheng\nThe work Zhang Yihe san wen ji : ju ju dou shi duan chang sheng represents a distinct intellectual or artistic creation found in Santa Clara County Library District. This resource is a combination of several types including: Work, Multimedia, Software, Computer Files.\nThe Resource Zhang Yihe san wen ji : ju ju dou shi duan chang sheng\nju ju dou shi duan chang sheng\nzuo zhe Zhang Yihe\nXin ren jian, 261\nContext of Zhang Yihe san wen ji : ju ju dou shi duan chang sheng\nZhang Yihe san wen ji : ju ju dou shi duan chang sheng, zuo zhe Zhang Yihe\n
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\nData Citation of the Work Zhang Yihe san wen ji : ju ju dou shi duan chang sheng


url: =Implementation of based-layer image's browsing technology in digital 3D geographical environment NewMap 3DGlobe--《Science of Surveying and Mapping》2009年01期\nImplementation of based-layer image's browsing technology in digital 3D geographical environment NewMap 3DGlobe\nXU Hua-long①②,WANG Ji-zhou①,WANG Mu-hua①②(①China Academy of Surveying and Mapping,Beijing 100039,China;②Liaoning Techonical University,Liaoning Fuxin 123000,China)\nWith the development of the digital urban studies,the storage of massive multi-resolution images and the network release have become a hot in current GIS.Construction of the pyramid model has been widely applied in the management of raster data.Through subsetting images based on the hierarchical and block index,this article effectively reduced the data storage unit,and enormously enhanced the browsing speed of massive images,which obtained a very good expression in NewMap China system.\n【CateGory Index】： P208;TP751\n1 MENG Lei;Realization of the Web Application of Thematic Data 3D Terrain Visualization[J];Geospatial Information;2012-04\n2 LI De ren, GONG Jian ya, LI Jing wei, WANG Mi;Establishment of Spatial Data Infrastructure of China (Part Ⅱ)[J];Bulletin of Surveying and Mapping;2002-12\n3 MA Yi,LIU Rong (61512 Troops,Beijing 100008,China);The System of Using Database to Store and Manage Image[J];Journal of Institute of Surveying and Mapping;2003-03\n6 WANG Ji-zhou, LI Cheng-ming, FU Jun-e, LIN Zong-jian ( School of Remote Sensing and Information Engineering, Wuhan University, Wuhan, China, 430079 Institute of GIS, Chinese Academy of Surveying and Mapping, Beijing, China, 100039 Remote Sensing Center, China Institute of 'Water Resources and Hydropower Research, Beijing, China, 100038);New Advancements in Internet GIS[J];Remote Sensing Information;2003-02\n2 YIN Dang-hui,XIONG Wei,JING Ning(College of Electromechanical Science & Engineering,National University of Defense Technology,Changsha 410073,China);Extending Raster Data Model Based On Ingres RDB[J];Ordnance Industry Automation;2008-10\n3 SUN Ting1,ZHANG Li-chao1, TANG Han-song1,2,ZHAO Peng1,WANG Qing-shan1 (1.Institute of Surveying and Mapping, Information Engineering University, Zheng zhou 450052,China; 2.75235 Troops, Dongguan 523595, China);Research on The Hype rspectral Remote Database Based on Oracle[J];Beijing Surveying and Mapping;2007-02\n5 Yang Hailin Wang Jiaxin (Department of Computer Science and Technology,Tsinghua University,Beijing 100084,China);Method of realtime hill-shading in digital earth system[J];Journal of Beijing University of Aeronautics and Astronautics;2011-12\n7 TIAN Mao-yi①,LU Xiu-shan①,ZHANG Yan②,MA Jin③(①Geoinformation Science & Engineering College,Shangdong University of Science and Technology,Qingdao 266510,China;② Department of Resource and civil engineering,Shangdong University of Science and Technology,Tai'an 271019;③Chinese Academy of Surveying and Mapping,Beijing 100039);Realization of basic geography spatial database on cyber-city based on oracle[J];Science of Surveying and Mapping;2005-03\n10 FANG Chiyu~ ①,② ,LI Chengming~②,LIN Zongjian~②,LI Xiang~②(①Remote Sensing and Information Engineering School,Wuhan University,Wuhan 430079,China;②Chinese Academy of Surveying and Mapping ,Beijing 100039,China);Study of virtrual map in seamless spatial database[J];Science of Surveying and Mapping;2006-01\n1 Zhang Daowei,Guo Huadong,Liu Guang,Ding Yixing Key laboratory of Digital Earth,Center for Earth Observation and Digital Earth,CAS Dengzhuang South Road NO.9,Haidian District,Beijing,100094;The overview of the Research on the Sun_Earth_Moon simulation System based on OpenGL[A];[C];2011\n3 Hu Decheng Chen Yuna Fei Xiaorui (Shantou Institute of Surveying and Mapping, Shantou,515041);Discussion on the Construction of the Urban Fundamental Spatial Information Service Platform[A];[C];2007\n4 Li Zonghua Peng Mingjun (Wuhan Urban Planning Information Center, Wuhan, 430014 China);The Construction and Application of Wuhan Geospatial Information Sharing Platform[A];[C];2008\n5 ZHU Ji-wen (Heilongjiang Institute of Technology, Harbin 150050,China);Methods Research of DEM Extraction Based on Stereo Imagery Matching Dataset[A];[C];2008\n7 ;基于Web Services和XML的分布式地学信息服务研究[A];[C];2004\n8 ;Research on and Implementation of Image Data Management System Based on ArcEngine[A];[C];2007\n2 REN Juan,ZHAO Zhanjie;Development of Imaging Guangdong Three Dimensional Geographic Information Platform[J];Bulletin of Surveying and Mapping;2010-05\n3 LUO Wen-hui,YANG Jian-jun(The Missile Institute,Air Force Engineering University,Shaanxi Sanyuan 713800,China);Study of the Main Coordinate Systems and Conversion in the KKV Simulation System[J];Journal of Projectiles,Rockets,Missiles and Guidance;2007-05\n4 WAN Baolin;Design for Reconstruction of Sanjiu Information System Using NewMap Server[J];Geospatial Information;2011-03\n5 Zhang Jianbo Liu Xiuguo Wu Xincai (Faculty of Information Engineering,China University of Geosciences,Wuhan430074);The Application of Linear QuadTrees in Rendering Terrain Surface[J];Computer Engineering and Applications;2002-08\n6 ZHAO Bo1,BIAN Fu-ling2(1.School of Ecnomics and Management,Guangzhou University,Guangzhou 510006;2.Research Center of Spatial Information and Digital Engineering,Wuhan University,Wuhan 430079);Dynamic Quadtree Spatial Index Algorithm for Mobile GIS[J];Computer Engineering;2007-15\n7 LI Jian-xuna,b,SHEN Bingb,JIANG Ren-guib,CHEN Tian-qingb(a.Faculty of Economics and Management;b.Faculty of Water Resources and Hydraulic Power,Xi'an University of Technology,Xi'an 710048,China);Quadtree Spatial Index Algorithm Oriented to Image Pyramid[J];Computer Engineering;2011-10\n8 Peng Yanying Lu Guodong Li Jituo Wang Jin (State Key Laboratory of CAD & CG, Zhejiang University, Hangzhou 310027);A New 3D Line Clipping Algorithm Based on Box Encoding[J];Journal of Computer Aided Design & Computer Graphics;2003-11\n9 WANG Zhen1,HU Min2,LI Xiang3(School of Computer Science and Information,Hefei University of Technology,Hefei Anhui 230009,China);Quick simplification for LOD terrain with dynamic multi-resolution based on quad tree[J];Journal of Computer Applications;2007-07\n10 LIU Shu-min1,3,GU Xing-fa1,2,3,YU Tao2,3(1. University of Electronic Science and Technology of China, Chengdu Sichuan 610054, China;2. Institute of Remote Sensing Applications, Chinese Academy of Sciences, Beijing 100101, China;3. Demonstration Center of Space Remote Sensing, National Space Administration, Beijing 100101, China);Design and Simulation of Inquiries about Resource Satellite Coverage on Web[J];Computer Simulation;2008-12\n3 DENG Xue-qing1, ZHANG Yong-sheng1, LI Bo2, GONG Dan-chao1 (1.Institute of Surveying and Mapping,Information Engineering University,Zhengzhou 450052,China; 2.Institute of Science, Information Engineering University, Zhengzhou 450001, China);The Management of Massive Spatial Image Based on Oracle 9i Spatial[J];Journal of The Pla Institute of Surveying and Mapping;2003-02\n7 CHEN Jun (National Geomatics Center of China\_ Beijing\_ 100044);Recent Progress and Future Directions of National Spatial Data Infrastruct ure in China[J];JOURNAL OF REMOTE SENSING;1999-02\n8 YANG Chong-jun, WANG Yu-xiang, WANG Xing-ling, DONG Peng, LIU Dong-lin (Institute of Remote Sensing Applications, CAS,Beijing,100101);Review of the Main Technologies of WebGIS[J];Journal of Image and Graphics;2001-09