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ID:28354797
大小:12.84 MB
页数:75页
时间:2018-12-09
《大气激光通信信标光捕获过程中光斑检测技术分析》由会员上传分享,免费在线阅读,更多相关内容在行业资料-天天文库。
1、AbstraCtsPot,actuallythat15ProeessofPSDsignalacquisitionandProeessing.TheInformationwhiehCCDeolleeted15images,50ifuseCCDasabeaconlighteaPturedeteetor,therelatedwork15ImageProeessing.Basedontheanalysisof州neiPles,eharacteristiesandthemethodsofuseofPSDandCCD,inthisPaPer,itdesignedthePS
2、DsignalacquisitionandProeessingeireuitandtheCCDimageProeessingsoftwarefordeteetingbeaconsPot,andthesimulationandexPerimentalresultshavebeengiven.TheresultseanProvethefeasibilityandthelackof.ll,5therefereneeoffollow-uPsubjeet.Keywords:Lasereornrn耐eationinatmosPhere:APT;Aequisition:PS
3、D;CCD111岁目录目录1绪论.....................................................................................................................................……11.1选题的目的及意义..................................................................................................……11.1.1大气激光通信特点及其关键技术
4、...............................................................……11.1.2目的及意义...................................................................................................……41.2大气激光通信的研究动态与趋势..........................................................................……51.2.1研究与发展现
5、状...........................................................................................……51.2.2趋势与展望................................................……,............................................……81.3论文简介.........................................................................
6、.........................................……81.3.1论文的基本内容........................................……,............................................……81.3.2本人在论文中的主要研究工作...................................................................……92大气激光通信系统及APT子系统.................................
7、.................................……,........……102.1大气激光通信系统................................................................................................……102.1.1问题及解决................................................................................................……,122.1.2典型的大气激光通
8、信系统................
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