《2011年中国显示/亚洲显示会议论文集(英文版)》 王保平【摘要 书评 试读】图书
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出版社: 东南大学出版社; 第1版 (日)
外文书名:&
平装: 818页
语种： 简体中文, 英语
28.4 x 21.2 x 4 cm
品牌: 南京东南大学出版社
ASIN: B006SA2QUI
亚马逊热销商品排名:
图书商品里排第2,695,135名 ()
目录
Plenary Talk 1 K1—1 Flat Panel Displays In the Beginning And How They Evolved Lawrence E Tannas， Jr Tannas Electronics， Orange K1—2 OLED Displays and Lighting — Prospects and Challenges Ching—Wan Tang University of Rochester，USA K1—3 Displays， Light and Lighting Convergence and Leverage in the Industry— Kees van der Klauw Philips Lighting， BG Professional Luminaires， Mathildelaan I， Eindhoven， the Netherlands Piet Derks Philips Lighting， Global Technology， Shanghai， China Plenary Talk 2 K2—1 Advances in 3D Displays Using Scanned Light Brian T Schowengerdt Department of Mechanical Engineering， University of Washington， Seattle， USA K2—2 Some Key Issues to Smart TV. Xiaolin YAN TCL CORPORATE RESEARCH， Shenzhen， Guangdong， China K2—3 AUO Green Production Wells Lin AU Optronics Corporation， Corporate Sustainability & Environment Department， Senior Manager YILin Wei AU Optronics Corporation， Corporate Sustainability & Environment Department， Manager Yvonne Tai AU Optronics Corporation， Corporate Sustainability & Environment Department， Engineer Yorkson Chu AU Optronics Corporation， AUSZ Site， MD Session 1 TFT—LCD 1 S1—1 ZnO Thin—Film Transistor with Boron—Implanted Source／Drain Regions Z.Ye， L Lu and M.Wong The Department of Electronic and Computer Engineering The Hong Kong University of Science and Technology， Clear Water Bay， Kowloon， Hong Kong， China S1—2 My Three—Decade Investigation of Ions in EPDs and LCDs Kei—Hsiung Yang Institute of Imaging and Biomedical Photonics， College of Photonics， Chiao Tung University， Taiwan， China S1—3 Ultrathin a—IGZO TFTs with High Performance— M.Mativenga， H.M.Kim， D.Geng， M.J.Seok， and J.Jang Advanced Display Research Center， Kyung Hee Univiversity， I Hoegi—dong， Dongdaemun—gu， Korea S1—4 Source—gated transistors for improved current—mode pixel drivers R A Sporea， J M Shannon， S.R.P Silva Advanced Technology Institute， University of Surrey， Guildford， Surrey， GU27XH， U K X.Guo Displays and Lighting Centre， Shanghai Jiao Tong University， Shanghai， 200240， China S1—6 Optimization Algorithm for Local Dimming of EdgeLit TVs towards High Contrast and Low Power Consumption Chihao Xu Institute of Microelectronics， Saarland University， Germany S1—7 Design of Integrated Gate Drivers with LTPS TFTs for Low Power Consumption.. Zhong—Yuan Wu， Li—Ye Duan， Jun Li， Gang Wang Future Technology Group， BOE Co.，Ltd， China Session 2 TFT—LCD 2 S2—1 Recent progress of backplane technologies for AMOLED Min—Koo Han， Sun—Jae Kim and Sung Hwan Choi School of Electrical Engineering， Seoul National University Seoul， Korea S2—2 Low—Flicker and High—Transmission MVA LCDs with Improved Row—lnversion IC for Low—Power High— Performance Applications Hiap L.Ong and Juishu Chou Kyoritsu Optronics Co.， Ltd.7 FI， No.38—5.Tian Mu East Road.， Taiwan， China S2—3 Large Scale PECVD Systems for Low Temperature Polysilicon Based Display Applications Qunhua Wang， Weijie Wang， Young Jin Choi， Beom Soo Park， Gaku Furuta， Soo Young Choi， Robin Tinct， Suhail Anwar， Shinichi Kurita， John White AKT Display CVD， Applied Materials 3101 Scott Boulevard S2—4 Microcrystalline Silicon， a Right Material for Reliable Electronic Devices Fabricated at T<180℃ T.Mohammed—Brahim Institut d'Electronique et de Telecommunications de Rennes （IETR）， UMR—CNRS 6164， Universit6 de Rennes I， 35042 Rennes Cedex， France S2—5 Degradation Mechanisms of Low Temperature Poly—Si Thin—Film Transistors under Circuit Applications 1Mingxiang Wang*， 1Xiaowei Lu， 2Huaisheng Wang， 3Meng Zhang， 1Chunfeng Hu， 1jie Zhou， 1Min Xue， 3Man Wong 1Dept.of Microelectronics， Soochow University， Suzhou， China *Email： Mingxiang_wang@suda.edu.cn 2Dept.of Electronic Information， Nanjing Institute of Railway Technology， Suzhou， China 3Dept.of Electronic and Computer Engineering， the Hong Kong University of Science and Technology， Kowloon， Hong Kong， China S2—61／f Noise Characterization of Metal—Induced Crystallized Poly—Si Thin—Film Transistors Yang Shao， Mingxiang WANG， Xiaowei Lu， and Xiaohong Sun Dept.of Microelectronics， Soochow University， Suzhou， 215006， China Session 3 TFT—LCD 3 S3—1 Emerging Polymer—Stabilized Blue Phase Liquid Crystal Display Jin Yah， Hui—Cheng Cheng， Linghui Rao， Takahiro Ishinabe and Shin—Tson Wu College of Optics and Photonics， University of Central Florida， Orlando， USA S3—2 Newly developed materials and devices for LCDs Hirofumi Kondo Sony Chemical & Information Device Corporation， R&D Division 1078 Kamiishikawa， Kanuma， Japan S3—3 P—channel Bridged—grain （BG） Excimer Laser Annealing （ELA） poly—Si TFTs with various BG implantation dosages S.Y.Zhao， Z.G.Meng， W.Zhou， M.Wong and H.S.Kwok Center for Display Research and Department of Electrical and Electronic Engineering The Hong Kong University of Science and Technology， Clear Water Bay， Kowloon， Hong Kong， China S3—4 Fast Ferroelectrie Liquid Crystal Display Vladimir Chigrinov， Eugene Pozhidaev， Abhishek Srivastava， Guo Qi， Anatoli Murauski， and Hoi Sing Kwok Center for Display Research and Department of Electrical and Electronic Engineering The Hong Kong University of Science and Technology， Clear Water Bay， Kowloon， Hong Kong， China S3—5 Polarizer—Free 2—Face Viewable Display Using Dye—Duped Liquid Crystal Chao Ping Chen1，2，3， Bingyu Si1，2， Tean—Sen Jen1，2， Xiaojun Guo3， and Yikai Su3 1R&D Center， Infovision Optoelectronics Co.Ltd.， Kunshan， Jiangsu， China 2Jiangsu FPD Technology & Research Institute， Kunshan， Jiangsu， China 3Department of Electronic Engineering， Shanghai Jiao Tong University， Shanghai， China S3—6 A Novel Shift Register Using Dual—gated a—IGZO TFTs D.Geng， M.J.Seok， M.Mativenga， J.Jang Department of Information Display and Advanced Display Research center， Kyung Hee University， Dongdaemoonku， Seoul 130—701， Korea Session 4 E—Paper S4—1 The Recent Development in Flexible AMOLED danglin Chen， Cheng—Chung Lee， Glory Chen， Chung—Wen Wu， dia—Chong Ho Display Technology Center （DTC）， Industrial Technology Research Institute （ITRI）， Rm 277， Bldg 15， 195， Sec.4， Chung Hsing Rd， Chutung， Hsinchu， Taiwan， 31040， China S4—2 Rollable displays for use in ultra—mobile devices Pieter J.G.van Lieshout， John C.A.Hamers， Frank J.Stommels， Fred J.Touwslager， Erik van Veenendaal， H.Edzer A Huitema Polymer Vision B.V.， Kastanjelaan 1000， 5616 LZ Eindhoven， the Netherlands S4—3 Materials for the microencapsulated electrophoretic display P.PYin， G.Wu， H.Z Chen* MOE Key Laboratory of Macromolecule Synthesis and Functionalization， State Key Lab of Silicon Materials， & Department of Polymer Science and Engineering， Zhejiang University， Hangzhou 310027， China （E—mail： hzchen@ zju.edu cn） S4—4 Visual Fatigue Difference Analysis between Reflective and Emissive Backlight of Electronic—Book Readers B.J.Wen*， Y.Y Lai， and T.C Tsai Center for Measurement Standards， Industrial Technology Research Institute M.T.Ke， and C.Y Chen Graduate Institute of Electronic Engineering， Yunlin University of Science and Technology T.S.Liu Department of Mechanical Engineering， Chiao Tung University S4—5 Fabrication process of flexible phosphorescent OLED by ink—jet printing method T Shimizu， M Suzuki， H.Fukagawa， G Motomura， Y Nakajima， M Nakata， H Sato， Y Fujisaki， T Takei， T.Yamamoto， H.Fujikake NHK Science and Technology Research Laboratories S4—7 Development of Novel Electronic Inks for Print—Like Color Reflective Display Zhang—Lin Zhou*1， Qin Liu2， Jong—Souk Yeo2， Gregg Combs2， Brad Benson2， Mary Parent1， Jun Yang1， Jeff Mabeck2， Sity Lain1， Yoocharn Jeon1， Dick Henze1， Tim Koch2 1Hewlett Packard Labs， 1501 Page Mill Road， Palo Alto， CA 94304， USA 2 Hewlett Packard Company， 1070 NE Circle Blvd， Corvallis， Oregon 97330， USA S4—8 SilkinkTM Technology for Multi—stable Trans—Reflective Color Displays SUN Gang， WAN Li—fang， TIAN Li Halation Photonics Corporation A4—101 Biobay Science Park， 218 Xinghu Street， SIP， Suzhou， 215123， China S4—9 Novel Method for Fabricating Flexible Active Matrix Organic Light Emitting Diode （AMOLED） Displays L.Zhao*， H.Luo， P.Mei， J.A.Brug， F.Gomez—Pancorbo， E.Holland， W， Jackson， M.Jam， A.Jeans， J.Maltabes， C.M.Perlov， M.Smith， S.W.Trovinger， R.E.Elder， C.P.Taussig HP Labs， 1501 Page Miil Rd.Palo Alto， CA， 94304 USA R.Gareia， M.Almanza—Workman， H.—J.Kim， O.Kwon Phicot Inc.， Palo Alto， California， USA Session 5 HMD S5—1 Estimation and prediction for moving object pose C K Sun， PF Sun， Z M Zhang， P Wang State Key Laboratory of Precision Measuring Technology and Instruments， Tianjin University， Tianjin， China S5—2 Pilot study of display format compatibility in cockpit. Xueqin Hao， Xiaochao Guo， Shuang Bai， Jian Du， Yu Bai， Juan Liu， Ruoyong Wang， Chunmei Gui Institute of Aviation Medicine， Beijing 100142，China S5—3 A Method to Quantize Parallax Adjustment for Head—Mounted Displays S J Yang， X X Li， C H Liu Luoyang Research Institute of Electro—optical Equipment， AVIC， Luoyang， 471009， China S5—4 Fixed time prediction for moving object pose in three—dimensional space. C.K.Sun， C.Sun， P Wang， Z.M.Zhang State Key Laboratory of Precision Measuring Technology and Instruments， Tianjin University， China S5—5 Holography and Holographic Display Quanxin Ding Science and Technology on Electro—optic Control Laboratory S5—6 Color Virtual Display Based on Planar Waveguide with Transmission Volume Holograms Hui Liu， Zhenrong Zheng*， Haifeng Li， Xu Liu State Key Laboratory of modem Optical Instrumentation， Zhejiang University ，China Session 63D S6—1 Microlens array with controllable lens shape for integral imaging display. J.Xia， X.C.Zhou， D.Qu， Q.R.Li， C.F.Miao School of Electronic Science and Engineering， Southeast University， Si Pai Lou 2， Nanjing， China S6—2 Crosstalk homogeneity measurement of different types of 3D displays Pierre Boher， Thierry Leroux， Thibault Bignon and Ludivine Cave ELDIM， 1185 rue d'Epron， 14200 Herouville St Clair， France S6—3 A large screen and high resolution autostereoscopic 3D projection display based on two lenticular sheetsLin Qi， Qiong—Hua Wang， and WuoXiang Zhao School of Electronics and Information Engineering， Sichuan University， China State Key Laboratory of Fundamental Science on Synthetic Vision， Sichuan University， China S6—4 Holographic 3D display based on polymer—dispersed liquid—crystal thin films Zhenghong He 1，2， Hongyue Gao1， Qiang Shi1， Qingyu Cui1， Xiao Li1， Yikai Su1 1SEIEE， Center for Opto—electronic Materials and Devices， Shanghai Jiao Tong University， National Engineering Lab of TFT—LCD Materials and Technologies， China 2School of Physical Science and Technology， Southwest University， China S6—5 Real 3D display based on the light field modulation Xu Liu and Haifeng Li State key laboratory of modern optical instrumentation， Zhejiang University， China S6—6 Stereoscopic 3D Display with Patterned Retarder Chung—Yung Lee， Man—Chun Tseng， Tsz—Kin Ho and Hoi—Sing Kwok Center for Display Research Department of Electronic and Computer Engineering The Hong Kong University of Science and Technology Clear Water Bay， Kowloon， Hong Kong， China S6—7 Evaluation Metric for Binocular Luminance Difference Kuo—Chung Huang 1，2， Chou—Lin Wu 1， Fu—Hao Chen1， ， Lang—Chin Lin1， Kuen Lee1， and Hoang Yan Lin2 1Industrial Technology Research Institute， Hsinchu，Taiwan， 310， China 2Graduate Institute of Photonics and Optoelectronics and Department of Electrical Engineering， Taiwan University， Taipei， Taiwan 106， China S6—8 Crosstalk Measurement Investigation of Glasses Type Stereoscopic Displays YT.Chen Department of Optics and Photonics， Central University， Jhongli City， 32001， Taiwan， China B.J.Pong， YYLai， T.C.Tsai， B.J.Wen Center for Measurement Standards， Industrial Technology Research Institute， Hsinchu City， Taiwan， China and M.Ou— Yang Department of Electrical Engineering， Chiao—Tung University， Hsinchu City， Taiwan， China Session 7 OLED 1 S7—1 LED： Light Extraction Techniques M Anandan Organic Lighting Technologies LLC， Austin， USA S7—2 Investigation on AMOLED Based on ZnO：ln：Nd Thin Film Transistors L F Lan， M.Xu， J HZou， H Tao， L Wang， M Li， H Xu， D XLuo， S.FYu， S.H.Bai， C.FWang， R XXu， J BPeng* Institute of Polymer Optoelectronic Material and Devices， Guangzhou， 510640， China （* psjbpeng@scut.edu.cn） State Key Laboratory of Luminescent Materials and Devices （South China University of Technology） New Vision Opto—Electronic Technology Co.， Ltd， Guangzhou 510640， China S7—3 Highly Efficient Blue Eiectrophosphorescent Device Using a Weak Electron Transporting Material Lixin Xiao， * Xing Xing， Lingling Zheng， Boyuan Qi， Zhijian Chen， Bo Qu， Qihuang Gong* State Key Laboratory for Mesoscopic Physics and Department of Physics， Peking University， Beijing， China S7—4 Small Molecule OLED Micro—displays Amalkumar P.Ghosh， Tariq A.All， and Ilyas I.Khayrullin eMagin Corporation， 2070 Route 52， Hopewell Junction， USA S7—5 Analysis of the interface between soluble and vacuum deposited organic layers in hybrid blue device Dong—hee Nam， Hee—jin Kim， Hak—min Lee， Young—gu Lee， 3ames（Jueng—Gil） Lee， Byung—chul Ahn OLED R&D Center， LG Display Co.， Ltd.， Paju—si， Gyeonggi—do， Korea Su Jin Baek， Jun Ito Youn， Jin Jang Department of Information Display and Advanced Display Research Center， Kyung Hee University， Hoegi—dong， Dongdaemun—gu， Seoul， 130—701， Korea S7—6 A New Pixel Design for Compensating OLED Degradation and Non—uniformity of TFT Zhong—Yuan Wu， Gang Wang， Tian Xiao Future Technology Group， BOE Co.，Lid No.9 Dize Road， BDA， Beijing， China S7—7 High—performance flexible organic light emitting diodes on plastic substrate Can Zhang， Liu Song， Yan Rui Li， Guo Hui Zhang Visionox Tech.Ltd.Beijing， 100085， China Lian Duan， and Yong Qiu Key Lab of Organic Optoelectronics & Molecular Engineering of.Ministry of Education Department of Chemistry， Tsinghua University， China Session 8 OLED 2 S8—1 Phosphorescent OLEDs： Lighting our way with an Energy Efficient Solution for Displays and Lighting Peter A.Levermore， Vadim Adamovich， Ruiqing Ma， Michael S.Weaver， Mike Hack， and Julie J.Brown Universal Display Corporation， 375 Philips Boulevard， Ewing， NJ， 08618， USA S8—2 Development of OLED Technology — Opportunities & Challenges for China C.H.Chen Chief Scientist， Beijing Aglaia Technology & Development Co.， Ltd Beijing， China&Centre for Advanced Luminescence Materials （CALM）， Honorary Dir.Hong Kong Baptist University， China S8—3 TFT Backplane Based on Amorphous Oxide Semiconductor L F Lan， M Xu， J.HZou， H.Tao， L Wang， M.LL H.Xu， D.X.Luo， S FYu， S.H.BaL C EWang， R XXu， J BPeng* Institute of Polymer Optoelectronic Material and Devices， Guangzhou， 510640 China （* psjbpeng@scut edu.cn） State Key Laboratory of Luminescent Materials and Devices （South China University of Technology）New Vision Opto—Electronic Technology Co.， Ltd， Guangzhou， 510640， China S8—4 Highly efficient electron injection and transport materials Lian Duan a，b a Key Laboratory of Organic Optoelectronics and Molecular Engineering of Ministry of Education， Department of Chemistry， Tsinghua University， Beijing， 100084， China b Visionox Tech.Ltd.， Beijing， 100085， China S8—5 Hybrid Driving Scheme of a—Si TFT pixel circuit for AMOLEDs Xiaoming Liu1， Congwei Liao1， Too Chen1， David Dai2， Smart Chung2， T.S.Jen2 and Shengdong Zhang1* ～Shenzhen Graduate School， Peking University， Shenzhen 518055， China 2Institute of Jiangsu （IVO） FPD Technology & Research， InfoVision Optoelectronics （Kunshan） Co.， Ltd， Kunshan， China S8—6 Novel transparent cathode application in transparent lighting and transparent display Yon Bo Dong， Jing Xie， Guo Hui Zhang， Xue Yan Ren Visionox Tech.Ltd Beijing， 100085， China Lian Duan， Yong Qiu Key Lab of Organic Optoelectronics & Molecular Engineering of Ministry of Education Department of Chemistry， Tsinghua University， Beijing， 100084， China Session 9 Laser Display S9—2 PPLN chips for watt level low—cost efficient green lasers Yang Lu1， Qingyang Xu1， Liang Ma2， Yi Gan3， Chang—qing Xu1，2，3 C2C Link Corporation1； CQ Laser Technologies Co.， Ltd.2； McMaster University3 S9—3 High Power Al—free InGaAsP quantum well Laser Diodes of 808rim wavelength Peixu Li1，2，Kai Jiang 1，2， Xin Zhang1， Qingmin Tang1， Wei Xia1，2， Shuqiang Li1，2， Zhongxiang Ren1， Xiangang Xuc1，2 1 Shandong Huaguang Optoelectronics Co.， Ltd， Jinan， China 2 The State Key Lab of Crystal Material， Shandong University， Jinan， China S9—4 Green Light Generation Based on Periodically Poled MgO：LiNbOs Waveguides Jian Sun， Yi Gan， Chang—qing Xu Department of Engineering Physics， McMaster University 1280 Main Street West， Hamilton， ON L8S4L7， Canada S9—5 Development on Laser Display Technology Y BL Y Qi， Y W Wang， G.Zheng， B.X Yah， H Cheng， M Y Sun， T.Fang， B.Wang Academy of Opto—Electronics， Chinese Academy of Science， Beijing， China Y.Qi， M Y Sun Graduate School of Chinese Academy of Science， Beijing， China Y.Zhang Phoebus Vision Opto—Electronics Technology Ltd， Beijing， China S9—6 Effort on Greeting New Era of Laser Display Fei Xing， Beikai Zeng Laser Department of Siasun Robot & Automation Co.，Ltd S9—7 Design of Optical Engine Based on Laser Source and SELFOC Lens for Micro Projecto W.B.Chen， D.W.RuL Z.L.Lin， and K.C.Qi School of Optoelectronic Information， University of Electronic Science and Technology of China， Chengdu，Sichuan， China Session 10 PDP 1 S10—1 Developing CaxMg1—xO（CMO） Protecting Layer for High Luminous Efficacy PDP Qun （Frank） Yan， Zhengxian Lu， FangliXing， Xin Zhang， Cuizhen Tang， Liguo Chen， andXinqun Deny Research and Development Center Sichuan Shiji shuanghong Display Device Co.Ltd 11 Xinxi Road， Haidian District， Beijing 100085， China Bin Li and Dequan Peng Engineering Center Sichuan Changhong Electric Co.， Ltd.35 Mian Xing East Road， Mianyang， Sichuan，62100， China S10—2 Advances in Materials Research for Displays From Serendipity to Materials by Design H.Tolner， Y Tu， Q.Li， Q.F.Li， L.L.Yang， W J.Kuang， P.P.Zhang， B.P.Wang Display Center， School of Electronic Science and Engineering， Southeast University， 210096， Nanjing， China S10—3 Researches on Preparation Methods for Surface—conduction Electron——emitter Display LIU Tiny， ZHOU Zi—yun， WU Sheng—li， HU Wen—bo Key Laboratory for Electronic Physics and Devices of the Ministry of Education of China， Shaanxi， Xi'an 710049， China S10—4 Realization of Ultra—High Luminous Efficacy PDP Ki—Woong Whang， Hee—Woon Cheong， Byung—Joo Oh， Tae—Ho Lee and Ohyung Kwon Plasma Laboratory， Department of Electrical Engineering and Computer Science，Seoul National University， 599 Gwanak—ro， Gwanak—gu， Seoul， 151—742， Korea S10—5 Latest Technologies for Achieving High Luminous Efficiency in Panasonic Plasma Display Panels K.Yoshino， R.Mural and M.Kitagawa Panasonic Corporation， AVC Networks Company， 1—1 Matsushita—cho， Ibaraki， Osaka 567—0026， Japan S10—6 Calculation of Secondary Electron Emission Coefficient from MgO and CaO Q.F.LL Y.Tu， H.Tolner， L.L.Yang Display R&D centre， School of Electronic Science and Engineering， Southeast University，Nanjing， China Session 11 PDP 2 S11—1 The Bendable Super Large Area Film Display by the Plasma Tube Array Technologies： The Technologies， Application and Market T.Shinoda， K.Awamoto M.Ishimoto， and H.Hirakawa Shinoda Plasma Co.，Ltd.， Kobe—city Hyogo—pref.， Japan S11—2 Performance Study of Field Emission Bacldight Unit and Display Tailiang Guo， Yun Ye， He Lin， Xiaojing Xiao， Chunyan Hong Institute of Oploelectronic Display Technology， School of Physics and Communication Engineering， Fuzhou University， 350002， Fuzhou， Fujian， China S11—3 Influence of Structural Parameters on the Working Property of Under—gate FED with Focus Electrode Zhongmei Huang， Xuefei Zhong， Zhaowen Fan School of Electronic Science and Engineering Southeast University， China S11—4 Field Emission of Seed Electrons from MgO nauo—crystals for AC PDPs Keun—Ho Choi， Sang—Young Kim and Yong—Seog Kim Dept.of Materials Science and Engineering， Hongik University， Korea S11—5 Fast Motion Detection Based on Intensity Difference between Image Frames Yao—gong Wang， Zhen—Tao Tu， Yi Li， Jin—Fu Huang， Xiao—Ning Zhang Key Laboratory of Physical Electronics and Devices of the Ministry of Education， Xi'an Jiaotong University， China S11—6 Field emission display using one—dimensional nanomaterial field emitters Jun Chen *， Shaozhi Deng， Ningsheng Xu* State Key Laboratory of Optoelectronic Materials and Technologies， Guangdong Provincial Key Laboratory of Display Material and Technology， School of Physics and Engineering， Sun Yat—sen University， China …… Session 12 Others 1 Session 13 Others 2 Poster 1 Poster 2
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