The national basic aerial photogrammetry data is the original, basic, and valuable results to produce Geomatics products.
国家基础航空摄影资料是生产地理信息产品最原始、最基本、最宝贵的成果。
It introduced the principle of digital aerial photogrammetry system based on remote controlled airboat and discussed the existed problems.
介绍遥控飞艇数字摄影系统的工作原理，探讨存在的问题。
With DMC and other digital aerial cameras began to be applied for aerial photogrammetry production area, DMC image data plays more and more important role.
随着DMC等数字航摄仪开始应用到航测生产领域当中，DMC影像数据在全数字摄影测量中发挥了越来越重要的作用。
This method has been largely superseded by aerial photogrammetry, which nowadays finds itself amongst a number of other remote sensing techniques for the product of maps.
该方法已被航空摄影测量所广泛替代，航空摄影测量如今已跻身为用于地图产品制作的众多遥感技术之一。
The algorithm has application in the image information preprocessing of the first large plane array CCD colorized digital aerial photogrammetry camera system in our country.
该算法已经应用于我国第一台大面阵彩色CCD数字航测相机的影像预处理。
Based on the analysis of the traditional highway set-out alignment, the emphasis of the paper has been put on the application of aerial photogrammetry on the highway alignment.
在分析了传统的公路测设中选线、定线方法基础上，着重阐述了航空摄影测量在公路测设中的应用。
The experiment was made on base of workflow of aerial photogrammetry, the experiment result shows that the digital image can produce large scale map, and several conclusion is induced at last.
基于航空摄影测量作业流程进行了航拍试验，分析得出数码航空摄影测量完全能满足大比例尺测图的要求，最后总结了数码相机进行航拍成图的几点结论。
Aerial photos are the basis of the full digital photogrammetry and directly affect the quality of mapping, therefore, aerial data should be carefully checked and accepted.
航摄像片是全数字摄影测量的重要依据，直接影响成图质量，必须认真进行航摄资料的检查验收工作。
The effect of aerial photographic swing angle to the orientation precision of digital photogrammetry changes with the processing technical methods and the size of map scale.
航摄旋偏角对测图定向精度的影响随着处理技术手段的变换而改变，也随着比例尺由小变大而改变。
Aerial photography and photogrammetry, airborne and terrestrial laser scanning, mobile mapping system and GPS positioning contrihuted to the great increase of accuracy and speed of data acquisition.
机载与地面激光扫描、地面移动测量与GPS定位等传感器的精度与速度都有了明显的提高。
Aerial photography and photogrammetry, airborne and terrestrial laser scanning, mobile mapping system and GPS positioning contrihuted to the great increase of accuracy and speed of data acquisition.
机载与地面激光扫描、地面移动测量与GPS定位等传感器的精度与速度都有了明显的提高。
应用推荐