本文提出一个新学科航天摄影测量学。
This paper proposes a new branch of learning-area-space photogrammetry.
每个相片解译人员都应当熟悉摄影测量学的基本原理。
Every photo interpreter should be familiar with basic principles of photogrammetry.
该方法既具有摄影测量学的精确性，同时也具有自定标算法的灵活性。
It has both the accuracy of photogrammetric calibration and the flexibility of self-calibration.
此研究涉猎学科范围较广，如图像处理、计算机视觉、摄影测量学等。
It is a hot research point, which related to image processing, computer vision, photogrammetry and so on.
摄影测量学进入了数字测量时代，大大提高了空间数据采集的生产率。
The entry of metrical photography into digital metric era has greatly improved productivity of digital data selecting.
摄影测量学中传统的绝对定向一般是迭代算法，需要比较准确的迭代初值。
The algorithm for traditional absolute orientation is an iterative algorithm which needs relatively accurate iterative initial value.
解析法是摄影测量学、数字摄影测量与遥感影像纠正处理的基础理论和基本数学模型。
Analytical methods are the fundamental theories and mathematic models of photogrammetry, digital photometry and correction processing of remote sensing image.
本文重点分析了数字摄影测量的基本原理，结合数字摄影的成像模型，严格推导了摄影测量学中的共线方程。
This article focuses on the analysis of basic principles of digital photogrammetry, combined with digital photography imaging model, strictly derived photogrammetry in the total line equation.
图像拼接在摄影测量学、计算机视觉、遥感图像处理、医学图像分析、计算机图形学等领域有着广泛的应用价值。
Image Mosaic has widely applications in the fields of photogrammetry, computer vision, remote sensing image processing, medical image analysis, computer graphic and so on.
整个校正过程有两个难点：1如何充分利用各个POS／DG参数准确计算像元地面实际坐标，这涉及到航空摄影测量学的知识；
There are tow problems in the procession of geometric correction: 1 how to compute out each pixel's coordinates by POS/DG parameters precisely; This is in the field of airborne photogrammetry.
为了详细研究食蚜虻的飞行，该小组使用四部高速数字摄影机，利用摄影测量学技术来重构每个翼在大约22 个位置点的动作。
To study the hoverflies in detail, the team used four high-speed digital video cameras to reconstruct the motion of approximately 22 points on each wing using photogrammetric techniques.
为了详细研究食蚜虻的飞行，该小组使用四部高速数字摄影机，利用摄影测量学技术来重构每个翼在大约22 个位置点的动作。
To study the hoverflies in detail, the team used four high-speed digital video cameras to reconstruct the motion of approximately 22 points on each wing using photogrammetric techniques.
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