| 1. | Verification regulation of digital display height measuring instrument
数显测高仪检定规程 |
| 2. | The structure uses heights measured in feet and inches . one
该结构的高度以英尺和英寸为单位。 |
| 3. | In the second case , the width and height measured in pixels of the destination rectangle are specified to be the same as the width and height of the original image
在第二个例子中，目标矩形的宽度和高度（单位是像素）被指定为与原始图像的宽度和高度相同。 |
| 4. | D . l . schuler has proved the elevation error from polarometric sar terrain height measured , compared with the elevation error from insar , is same statistically
试验结果表明极化sar三维成像的高度测量误差与insar三维成像的高度测量误差的统计值基本相同。 |
| 5. | Because of the advantages such as precision in height - measuring , strong survival and anti - jamming ability , short cycle of manufacture and low cost , distributed space - borne insar height measuring system has become a hotspot of spaceflight remote sensing research
分布式星载干涉合成孔径雷达测高系统以其测高精度高、生存力和抗干扰能力强、周期短、成本低等优点成为了国内外关注的热点。 |
| 6. | This thesis , with the distributed space - borne insar height measuring system as its background technology , is mainly about the systematic research the phase unwrapping , a key step in data processing of insar , especially the method of it on multi - baseline condition
本文以分布式星载insar测高系统为背景,系统地研究insar数据处理中的相位解缠这一关键步骤,分析在多基线情况下的相位解缠方法。 |
| 7. | At finally , this paper made some discussion about several problems that related to the image - based distance measurement , such as : the dense stereo matching based on epipolar constraint and edge points detecting , the method for height measure based on single image
在最后，本文讨论了与基于图像的距离测量技术相关的一些问题：基于对极约束和边缘点检测的密集匹配方法，基于单视图的高度测量方法。 |
| 8. | The height measure , especially the thickness measure is hardly achieved . usually the 3d geometrical size measure of micro - structure is realized by the optical method . but when the situation become to the micro - structure distributed at the inner of the chip , the optical method wo n ' t work well
通常采用的是光学方法测量，但纯粹的光学测量方法很难对分布于器件内部、轮廓形貌没有凸现于表面或完全包络于器件外部的薄膜结构的厚度进行测量。 |
| 9. | Since the real polarimetric sar data was derived in the mid 1980s , it has been proved that using polarimetric information can improve performance of sar image processing and application , and not only provide better understanding and interpretation for the radar observations , but also produce more new functions , such as terrain height measured technology
自从八十年代中期人们能够获取真实的机载极化sar数据以来，极化sar信息的使用已经证明能够人人改进信号处理的质量和拓展新的应用功能。由于极化sar遥感有着极其重要的军用和民用价值，因而受到世界各国科学家的普遍重视。 |
