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遥感正射影像自动化精度评估系统及生产工艺研究

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遥感影像生产工艺流程趋于系统化、自动化、智能化.正射纠正精度作为评价遥感卫星影像能否"测得准"的重要依据,正射影像精度与可靠性验证仍依赖人力.因此,本文在基于已有正射影像底图结合数字高程模型生产遥感正射影像,研究出一种自动化检测与标识影像精度超限区域的方法,提供全面、直观、可靠的精度报告.本工艺不仅大幅减少人工核查,而且使影像生产工艺更加标准化、系统化.
Research on Automatic Precision Evaluation System and Production Technology for Remote Sensing Orthorectified Images
Remote sensing image production process tends to be systematic,automated and intelligent.Orthographic correction accuracy is an important basis for evaluating the accuracy of remote sensing satellite images,and the verification of orthographic image accuracy and reliability still depends on manpower.Therefore,this paper produces remote sensing orthophoto images based on the existing orthophoto base map combined with digital elevation model,and studies a method to automatically detect and identify the over-limit area of image accuracy,providing a comprehensive,intuitive and reliable accuracy report.This process not only greatly reduces manual verification,but also makes the image production process more standardized and systematic.

remote sensing orthophotoautomated accuracy evaluationaccuracy checkaccuracy report

吴冲、李虎、莫定坤、李林蓉、张平

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自然资源部第三航测遥感院,四川成都

遥感正射影像 自动化精度评估 精度检查 精度报告

2024

科学技术创新
黑龙江省科普事业中心

科学技术创新

影响因子:0.842
ISSN:1673-1328
年,卷(期):2024.(18)