meili 发表于 2022-10-27 16:05:53

英语翻译IntroductionThepseudorange-baseddifferentialglobalpositioningsystem1DGPS2techniqueisextensivelyusedforgroundcontrolpoint1GCP2establishmentofmediumandhighresolutionsatelliteimagerybecausethistechni

<p>问题:英语翻译IntroductionThepseudorange-baseddifferentialglobalpositioningsystem1DGPS2techniqueisextensivelyusedforgroundcontrolpoint1GCP2establishmentofmediumandhighresolutionsatelliteimagerybecausethistechniquecanprovide
<p>答案:↓↓↓<p class="nav-title mt10" style="border-top:1px solid #ccc;padding-top: 10px;">施昌彦的回答:<div class="content-b">网友采纳  Introduction  Thepseudorange-baseddifferentialglobalpositioningsystem  1DGPS2techniqueisextensivelyusedforgroundcontrolpoint  1GCP2establishmentofmediumandhighresolutionsatelliteimagery  becausethistechniquecanprovideaccuratepositioningresults  atthe1mlevel,providedthecorrectiondataageislessthan  10s,andtheuseriswithin50kmofthereferencestation1Parkinson  andEnge19962.RizosandSatirapod120012statedthatthe  DGPStechniquegenerallyprovidesanaccuracyofbetterthan3  minthehorizontalcomponentattwicethedistancerootmean  squareerror12.DRMS2.Itis,however,importanttonotethatthe  effectivenessoftherelativepositioningtechniqueislargelydependent  onthedistancebetweenthetworeceivers.Ifthedistance  betweenthereceiversincreases,theresidualerrorswillbecome  larger,andhencethequalityofthepositioningresultsdegrades.  ThisisalimitationoftheDGPStechnique.Inadditi  导言  该伪距为基础的差分全球定位系统  差分全球定位系统技术广泛用于地面控制点  控制点建立中期和高分辨率卫星图像  因为这种技术可以提供精确的定位结果  在1米的水平,提供了校正数据年龄小于  10秒,用户是在50公里的参考站帕金森  和1996年恩哥.Rizos和Satirapod指出,2001年  差分全球定位系统技术提供了一个一般精度优于3  米的水平分量的两倍距离均方根  方误差2.DRMS.然而,必须指出的是,  效力的相对定位技术在很大程度上取决于  之间的距离上的两个接收器.如果距离  接收器之间的增加,将成为残差  较大,因此,高质量的定位结果降低.  这是一个限制的差分全球定位系统技术.在additi
页: [1]
查看完整版本: 英语翻译IntroductionThepseudorange-baseddifferentialglobalpositioningsystem1DGPS2techniqueisextensivelyusedforgroundcontrolpoint1GCP2establishmentofmediumandhighresolutionsatelliteimagerybecausethistechni