第五届国际光电子探测与成像技术学术交流会(SPIE)

2012-12-14 来源:微波射频网 我要评论(0) 字号:
主题活动: 成像技术
主办单位: 中国宇航学会光电技术专业委员会,国际光学工程学会(SPIE)
承办单位: 中国宇航学会光电技术专业委员会,国际光学工程学会(SPIE)
展会日期: 2013-6-25 至 2013-6-27
举办地址: 北京国家会议中心
关注次数: 0
官方网站: http://www.ispdiconf.org
第五届国际光电子探测与成像技术学术交流会(SPIE)

活动介绍

第五届国际光电子探测与成像技术学术交流会(SPIE)
International Symposium on Photoelectronic Detection and Imaging 2013

同期举办:第五届中国(北京)国际光电展览会  欢迎报名展示交流

2013年6月25-27日  中国 北京国家会议中心

重要时间:摘要截稿时间为2012年12月31日

发起单位:中国宇航学会  中国光学学会  中国兵工学会  中国电子学会  北京光学学会
主办单位:中国宇航学会光电技术专业委员会,国际光学工程学会(SPIE)

大会主席:Prof. Konstantin Vodopyanov (Stanford University, USA)
                    金国藩 院士(清华大学)
共 主 席:庄松林 院士(上海理工大学)、周立伟 院士(北京理工大学) 

合作期刊:Optical Engineering (SCI)、《红外与激光工程》(Ei)

投稿要求:
请作者先提交论文的英文摘要,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。摘要提交网址:http://www.manuscript-cnoenet.com/index_en.htm

论文发表:
会议论文通过大会学术委员会专家审查后,将在ISPDI 2013论文集上发表,由SPIE出版(EI核心收录)。部分优秀论文(约10%)将被推荐到Optical Engineering (SCI)和《红外与激光工程》(Ei)期刊发表。

历届会议EI收录情况:
ISPDI 2009:会议共录用稿件683篇,最终EI收录率为96%
ISPDI 2011:会议共录用稿件744篇,最终EI收录率为100%
ISPDI 2013:预计EI收录率为100%

征文范围:

Conf. 1: Terahertz technologies and applications (太赫兹波技术及应用)
★THz generation and detection
★THz photonic devices
★THz spectroscopy and imaging
★THz communication and radar
★THz wave for biomedical application
★THz non-destructive testing
★Interaction of THz radiation with matters

Conf. 2: Laser sensing and imaging and applications (激光传感与成像技术)
★Novel laser technologies
★Photon-counting detectors
★Laser sensing and imaging technologies and systems
★Lidar/ladar systems
★Laser spectroscopy for biomedical applications
★Applications of laser sensing and imaging system(such as industrial and agricultural fields, climate monitoring, space, ocean, health, etc )

Conf. 3: Laser communication technologies and systems (激光通信技术及系统)
★Laser communication sources
★Detectors and receivers
★Laser propagation and modeling
★Space laser communications
★Ground-based laser communications
★Under-water laser communications

Conf. 4: High Power Lasers and Applications (高功率激光器及其应用)
★High power solid state lasers
★High power fiber lasers
★Advanced lasers in industry processing applications
★Advanced lasers in civil engineering applications

Conf. 5: Infrared imaging and applications (红外成像技术及应用)
★IR detector materials and devices
★IR cameras and systems
★Information acquisition and signal processing technologies
★Testing and simulation technologies
★Environment characteristics of target and atmospheric transmission
★Applications in remote sensing, navigation, communication, environmental protection, public security, medicine and industrial inspection

Conf. 6: Imaging sensors and applications (成像传感器技术及应用)
★Low light detection technologies
★Single-photon detection technologies
★Design, fabrication and testing of image sensors
★High speed image sensor
★Three-dimensional image sensors
★Computational image sensor
★Intelligent recognition technologies and industry applications
★Image sensor application systems
★Ultraviolet detection technologies
★Ultraviolet image sensor

Conf. 7: Hyperspectral imaging technologies and applications (高光谱成像技术及应用)
★Spectrometers and hyperspectral imager
★Instrument design and calibration
★Data processing and algorithms
★Hyperspectral imaging applications:
Airborne and satellite remote sensing for earth observation
Agriculture, forestry, hydrology, geology and mineral exploration
Monitoring of the environment, pollution
Biomedical research and healthcare
Precise agriculture
Industrial inspection
Food security

Conf. 8: Micro/nano optical imaging technologies and applications (微纳光学成像技术及应用)
★Micro/nano scale optical imaging and display technologies
★Diffractive and micro/nano optical elements and imaging systems
★Novel optical imaging technologies in near field optics, plasmonics and ultrafast optics
★Advanced microscopic imaging, sensing and spectroscopic technologies
★Nano/microchemical sensors
★Applications of optical trapping and manipulation
★Biomedical sensors and applications

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