2014国际光电技术与应用系列创新研讨会

2014国际光电技术与应用系列创新研讨会征文通知 InternationalSymposium on Optoelectronic Technology and Application 2014 )2lB  
会议网站：www.cnoenet.com/2014IPTA q4ttmL8  
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重要时间：会议时间：2014年5月13-15日 b/{$#[oP`  
        摘要截稿：2014年1月20日（第一轮） )n6,uTlOw  
主办单位：国际光学工程学会(SPIE)、美国光学学会（OSA）、 中国宇航学会 =X1oB,W{  
承办单位：中国宇航学会光电技术专业委员会 N~uc%wOA  
大会主席： Ss
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金国藩 院士（清华大学） Z9G4in8  
庄松林 院士（上海理工大学） 0GlQWRa  
合作期刊（更新中）： 2qdc$I
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Optical Engineering (SCI)、、红外与激光工程(Ei)、强激光与粒子束（Ei）、中国光学 tQ*?L  
会议网址：http://www.cnoenet.com/2014IPTA/ c/7}5#Rs  
投稿要求： P{LS +.  
（投稿网址  http://www.manuscript-cnoenet.com/index_en.htm） +Wl]1 c/  
请作者登陆会议网站先提交英文摘要，摘要长度为300-400个单词，详细要求参见会议网站。收到录用通知后，请按要求将论文全文提交至SPIE网站。 ppo.#p0w  
论文发表： 8J#xB  
    所有通过大会学术委员会专家审查被会议录用的论文，将在会议论文集上发表，论文集由SPIE出版(EI核心收录)，会后约半年能够在EI数据库检索到文章。部分优秀论文（约20%）将被推荐到合作期刊正式发表（SCI 或 Ei 收录）。 p()q)
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征文范围：（详细内容请查询会议网站） *>/w,E]  
Conf. 1: Development and Application of High Power Fiber Lasers （高功率光纤激光技术与应用） ~:L5Ar<  
★ High power fiber lasers and amplifiers -9~$Ll+2h  
★ Special optical fiber and passive device xw}rFY$  
★ Ultrafast fiber laser and super-continuum light source -^)<FY\  
★ Mid-infrared opticalfiber laser IgjPy5k  
★ Coherent andnon-coherent combining of fiber laser Kton$%Li  
★ Applications of highpower fiber laser, etc PR/>E60H  
Conf. 2: LaserMaterials and LaserManufacturing Technology（激光材料与激光制造技术应用） $Zr \$z2  
★ Solidstate laser technology 4{Q$^wD+.  
★ Laserwelding equipment/systems and technology kbL7Xjk  
★ Lasercladding technology b<!' WpY-  
★Laser surface modification applications =0L%<@yA  
★ Laser precision microfabrication technology and applications |$;4/cKfy  
★ Laser composite processing technology andapplications, etc .sc80i4  
Conf. 3: Laser Rapid Prototyping Techniques （激光快速成型与快速制造技术）  &
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★ 3D printing nuDu  
★ Additivemanufacturing RH{+8?0  
★ Laserstechnology QLU <%w:B  
★ Light sources V?Q45t Ae  
★ Novel compositive materials .820~b0  
★ Laser rapidmanufacturing TMD\=8Na  
★ Industry applications with LRP techniques, etc # >I_  
Conf. 4: Laser Display Conference（激光显示技术及应用） a x)J!I18  
★ Laser and light sources pP#D*hiP-g  
★ Optical components lI%RdA[  
★ Imaging technologies and devices E,F^!4 rJ$  
★ Image quality and human vision MQDLC7Y.p5  
★ Systems and applications, etc ,{\Ae"{6  
Conf. 5: Laser and Optical Measurement Technology（激光与光电测试技术） fs yVu|G  
★ Laser interferometryand system 7IFZK\V  
★ Surface measurement _xH<R  
★ Laser large scale distance measuring and lidar technology fN@ZJ~F%j  
★ Laser spatial position \[qxOZ{  
★ Femtosecond laser length measurement ~+d{:WY  
★ Workspace measuring position system (wmps) AOkG.u-k  
★ Laser vision measurement technology and application ~3-"1E>Rgy  
★ Precision digital close-range photogrammetry and application Q>$l
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★ Laser microscopy and Imaging FGPqF;  
★ Laser and optical flaw detection 3#x1(+c6
 
★ Laser gyros and accelerators *3P+K:2lNG  
★ Laser and optical vibration measurement ?hAO-*);  
★ Laser and optical measurement of refractivity and anisotropy \D k >dE&I  
★ In-site measurement of optical element and system .N>*+U>>P  
★ OCT technology FaWDAL=Vhk  
★ Laser and optical measurement in Mechanics, etc 
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Conf. 6: Imaging Spectrometry（光谱成像技术） Pwj|]0Y@  
★ Advancements inSpectrometer Systems  *  ]  
★ Atmospheric and Environmental Spectroscopy 3M(*q4A$"  
★ Spectral Methodologies and Applications .#Nf0  
★ Spectral Data Analysis Techniques e`U 6JzC  
★ Calibration, Characterization and Optimization E<}sGzMc  
★ Optical Design and Engineering of Hyperspectral Sensors, etc E24SD'|)  
Conf. 7: Optical Remote Sensing Technology and Applications （光学遥感技术及应用） :/%Y"0  
★ Status and Trend of Optical Remote Sensing Technology Kxa1F
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★ Optical Remote Sensing Systems Integration and Application l.]wBH#RS  
★ Visible, Infrared and Hyperspectral Light Remote Sensing Technology 3UmkFK<  
★ High-resolution Digital Photography #AP;GoIf"j  
★ Remote Sensing Data Processing and Application 5!S#}=f=  
★ Data Fusion and Data Mining {chZ&8)f  
★ Geographic Monitoring (Agriculture, Forestry, Geology, Mineral, Land, Environment,Water Resources and so on) mn=b&{')e  
★ Remote Sensing, Geographic Information Systems and Navigation Systems(3S), etc M%la@2SK=  
Conf. 8: Infrared Technology and Applications （红外技术及应用） 6]Q#4  
★ IR detector materials and devices aeI0;u  
★ IR cameras and systems 6$:Q]zR#'H  
★ Testing and simulation technologies IiRQ-,t1  
★ Environment characteristics of target and atmospheric transmission &;pM<h  
★ Applicationsin remote sensing, navigation, communication, environmental protection, publicsecurity, medicine and industrial inspection, etc z. X hE \  
Conf. 9: Image Prosessing &PatternRecogniton （图像处理与模式识别技术及应用）
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★ Image Acquisition {$Uj&/IC  
★ Image Processingand Analysis 
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★ Automatic TargetRecognition and Navigation k H<C9z2=  
★ Pattern Recognitionand Computer Vision S
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★ Parallel Processingof Images and Opimization Techniques 
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★ Applications, etc V=5S=7 Z:  
Conf. 10: Telescopes and Large Optics (望远镜与大型光学元件技术) SPRTJdaC9  
★ Technologies forlarge lightweight mirrors >q&5Z  
★ New materials andassociated technologies }y+Qj6dP  
★ Active largeaperture telescopes Tn/Zs|  
★ Optical simulationand performance predictions ]T|$nwQ  
★ Thermo-opticalmodeling ]Jm\k'u[  
★ Novel opticalsystems design gE$Uv*Gj  
★ Precision andultra-precision manufacturing ykJ+LS{+  
★ Advances inmetrology for large optics, wavefront sensing YmFg#eS  
★ Actuation technologies for deformed mirrors JFO,Q -y\  
   ★ Gamma andX-Ray rv(N0p/  
   ★ VUV and EUV E
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   ★ Far and NearInfra Red, sub millimetre N>YSXh`W`y  
★ Visible 3) d}3w {  
★ Multiple apertureoptical systems, etc d/F^ez  
Conf. 11: Micro/Nano Optical Technology and Application（微纳光学技术及应用） 'I+M*Iy  
★ Nano-materials and devices A?lR[`'u\  
★ Characterization of nano-materials "adic?5  
★ Test of nanoscale devices 0{%@"Fb0O  
★ Micro/nano devices, systems, micro-mechanical technical ,wM}h  
★ Micro/nano manufacturing technology %XeN_ V  
★ Laser applications in nano-manufacturing @VW1^{.do^  
★ Nano-metrology and standardization, etc (y6q}#<  
Conf. 12: Optical Fiber Sensor (光纤传感器技术) G/FDD{y  
★ Physical, Mechanical, and Electromagnetic Sensors iX{2U lF7  
★ Chemical and Environmental Sensors WA1d8nl  
★ Biological and Medical Sensors Kr'?h'F  
★ Fiber Optic Gyroscopes g(X`.0  
★ Fiber Grating Sensors `Mt|+iT$p  
★ Photonic Crystal Fibers and Sensors c1i:m'b_5  
★ Micro- and Nano-structured Fiber Sensors DiOd!8Y  
★ Distributed Sensing 8<T~AU8'*  
★ Multiplexing and Sensor Networking *yw!Y{e!9  
★ Smart Structures and Sensors !ry+{v+A  
★ Passive and Active Devices for Photonic Sensing I<sUB4T>#W  
★ New Fibers and Coating Materials for Sensing ]S]W|m7=.Z  
★ Sensor Application, Field Tests and Standardization svDnw cl  
★ Slow and Fast Light, and Other Emerging Technologiesfor Sensing , etc mF~]P8  
Conf. 13: Vacuum Manufacturing, Optical Thin Film and SurfaceCharacterization Testing Technology |n tWMm:(  
(真空制造技术、光学薄膜技术及表面特性测试) #_S]\=N(  
★ Vacuum  obtaining Technology and Equipment / [49iIzC  
★ Vacuum Coating Technologyand Equipment x:~XZX\mwH  
★ Vacuum Measurement Technologyand Equipment `?R{sNr.  
★ Laser GyroTechnology 0M&n3s{5I  
★ Optical Thin Film Technology #oa>Z.?_V  
★ Ultra SmoothProcessing Technology and Surface Characteristics Testing Technology SPdEO3  
★ laser- induceddamage Technology, etcConf. 14: Nonimaging Optics: Efficient Design for Illumination and Solar Concentration (非成像光学系统：高效照明和太阳能聚光设计) aXqig&:  
★ Thermodynamic Basisof Nonimaging Optics d9U)O6=  
★ Nonimaging Opticsfor Concentrator Photovoltaics &PL=nI\)  
★ Gradient-IndexOptics Mb[4_D
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★ Novel Applicationsand Fundamental Limits *_YR*e0^nN  
★ NonimagingOptimization Procedures F.a
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★ Daylighting 1aIGC9xQ`  
★ Illumination Optics,etc