无人直升机遥感在华北平原地裂缝监测中的应用
|
摘要
本文介绍了无人直升机遥感技术在华北地裂缝(隆尧段)调查中的应用,给出了低空遥感地裂缝信息采集技术框架,并通过从不同角度、不同高度空中摄影方案,展示了部分遥感监测影像。根据华北平原(隆尧段)地裂缝的发育特征、建立遥感解译标志,并对隆尧地裂缝遥感信息进行探索性提取。通过野外验证,监测效果良好。本文研究成果为在平原地区快速、大面积寻找和监测地裂缝提供了可行的低空遥感技术和方法参考。
The paper presents the application of unmanned aerial vehicle remote sensing for ground fissure survey in the North China Plain(Longyao area),and the framework of low altitude remote sensing information acquisition technology.It shows part of monitoring imagery from a variety of aerial photography at different angles and height.The remote sensing interpretation keys are established according to the characteristics of ground fissure in the North China Plain(Longyao area)for tentative extraction of remote sensing information on Longyao ground fissure.The monitoring results are validated through field survey.It provides a reference for low altitude remote sensing feasible technology and a method for quick searching and monitoring ground fissure by large area in plain areas.
The paper presents the application of unmanned aerial vehicle remote sensing for ground fissure survey in the North China Plain(Longyao area),and the framework of low altitude remote sensing information acquisition technology.It shows part of monitoring imagery from a variety of aerial photography at different angles and height.The remote sensing interpretation keys are established according to the characteristics of ground fissure in the North China Plain(Longyao area)for tentative extraction of remote sensing information on Longyao ground fissure.The monitoring results are validated through field survey.It provides a reference for low altitude remote sensing feasible technology and a method for quick searching and monitoring ground fissure by large area in plain areas.
引文
[1]武强,陈珮珮,董东林,等.基于GIS与ANN耦合技术的地裂缝灾情非线性模拟预测系统-以山西榆次地裂缝灾害为例[J].地震地质,2002,24(2):249-257.
[2]潘懋,李铁峰.灾害地质学[M].北京:北京大学出版社,2012,162-167.
[3]杨进生.无人机遥感技术.[EB/OL].http://www.doc88.com/p-14064024933.html,2009-10-25.
[4]于洋.无人飞机:森林防火中的有效“抓手”[J].中国林业产业,2007(5):58-62.
[5]金伟,葛宏立,杜华强,等.无人机遥感发展与应用概况[J].遥感信息,2009,24(1):88-92.
[6]PETER V B.UAVS an overview[J].AIR&SPAC EEUPOPE,1999,1(5):43-47.
[7]SEONGJUN A,BUMJIN P,JINYOUNG S.Intelligent attitude control of an unmanned helicopter[J].ICCAS,KINTEX,Gyeonggi-Do,Korea,2005,(6):2-5.
[8]JOHN D,CINDY P.Developmental system for maritime rapid environmental assessment using UAVS[C].Oceanology International 2000Conference in Brighton,Brighton:2000.
[9]JAN B,JURGEN E,NICOLAS L.PEGASUS:Remote sensing from a hale-uav[C].ASPRS 2005 Annual Conference.Baltimore:The Imaging&Geospatial Inqormation Society,2005.
[10]HERWITZ S R,JOHNSON L F,ARVESEN J C,et al.Precision agriculture as a commercial application for solarpowered unmanned aerial vehicles[C].1st AIAA UAV Conference,Portsmouth:AIAA,2002.
[11]高劲松,王朝阳,赵春玲,等.在对抗自然灾害中无人机的作用[C].中国科学技术协会-2008防灾减灾论坛论文集,2008:344-349.
[12]丁力军,胡银彪.无人驾驶飞机发展现状与趋势[J].飞航导弹,1999,(10):6-9.
[13]胡垄.基于无人机遥感平台的震后灾情监测系统[J].科协论坛,2009,(1):100-101.
[14]王盼攀.高分辨率遥感图像频域滤波增强算法研究与应用[D].西安:西安科技大学,28-54.
[15]邓广林,邵美珍.遥感图像分析中的主成分分析[J].遥感信息,1989,4(4):13-16.
[16]杨旭东,孙党生.华北平原地裂缝调查与评价报告[R].2010,6-42.
[2]潘懋,李铁峰.灾害地质学[M].北京:北京大学出版社,2012,162-167.
[3]杨进生.无人机遥感技术.[EB/OL].http://www.doc88.com/p-14064024933.html,2009-10-25.
[4]于洋.无人飞机:森林防火中的有效“抓手”[J].中国林业产业,2007(5):58-62.
[5]金伟,葛宏立,杜华强,等.无人机遥感发展与应用概况[J].遥感信息,2009,24(1):88-92.
[6]PETER V B.UAVS an overview[J].AIR&SPAC EEUPOPE,1999,1(5):43-47.
[7]SEONGJUN A,BUMJIN P,JINYOUNG S.Intelligent attitude control of an unmanned helicopter[J].ICCAS,KINTEX,Gyeonggi-Do,Korea,2005,(6):2-5.
[8]JOHN D,CINDY P.Developmental system for maritime rapid environmental assessment using UAVS[C].Oceanology International 2000Conference in Brighton,Brighton:2000.
[9]JAN B,JURGEN E,NICOLAS L.PEGASUS:Remote sensing from a hale-uav[C].ASPRS 2005 Annual Conference.Baltimore:The Imaging&Geospatial Inqormation Society,2005.
[10]HERWITZ S R,JOHNSON L F,ARVESEN J C,et al.Precision agriculture as a commercial application for solarpowered unmanned aerial vehicles[C].1st AIAA UAV Conference,Portsmouth:AIAA,2002.
[11]高劲松,王朝阳,赵春玲,等.在对抗自然灾害中无人机的作用[C].中国科学技术协会-2008防灾减灾论坛论文集,2008:344-349.
[12]丁力军,胡银彪.无人驾驶飞机发展现状与趋势[J].飞航导弹,1999,(10):6-9.
[13]胡垄.基于无人机遥感平台的震后灾情监测系统[J].科协论坛,2009,(1):100-101.
[14]王盼攀.高分辨率遥感图像频域滤波增强算法研究与应用[D].西安:西安科技大学,28-54.
[15]邓广林,邵美珍.遥感图像分析中的主成分分析[J].遥感信息,1989,4(4):13-16.
[16]杨旭东,孙党生.华北平原地裂缝调查与评价报告[R].2010,6-42.
版权所有：© 2023 中国地质图书馆 中国地质调查局地学文献中心