对地观测技术在铁路勘测设计中的应用

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Abstract Abstract: Research purposes: For along time，although the earth observation technology plays an important role in railway survey and design，but there is relative lag of its application in railway survey and design in China when the new earth observation technology achieves a rapid development． Now the China railway has entered the era of high speed，with the development of the latest earth observation technology，the new process flow and the breakthrough of the earth observation technology that is available for the railway survey and design mus be found．

Research conclusions: Aiming at the development trend of the latest earth observation technology development，on one hand ，the applied potential of the existing earth observation technology and data should be unearthed，and on the other hand，the research and application should be strengthened for the latest earth observation technology and its achievements，such as the digital aerial photography，the airborne laser radar and the high resolution satellite image data． Not only can the earth observation technology be applied in the national basis mapping，but also can be applied in the railway topographic mapping，railway track alignment，railway engineering geologic survey and railway environment evaluation．

Key words： earth observation aerial survey railway survey and design

Received: 20 September 2011

PACS:

U212． 22

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Cite this article:

ZHOU Yun. Application of Earth Observation Technology in Railway Survey and Design[J]. 铁道工程学报, 2012, 29(2): 1-4.

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http://tdgcxb.crec.cn/EN/ OR http://tdgcxb.crec.cn/EN/Y2012/V29/I2/1

[1］周云．大比例尺航空摄影浅议［J］．铁路航测，1999( 2) :24 － 26．

Zhou Yun ． Large Scale Aerial Photography on［J］．Railway Air Survey，1999( 2) : 24 － 26．

［2］周云．航空摄影技术在铁路工程测量中的应用［J］．铁道工程学报，2006( S) : 90 －94．

Zhou Yun． Aerial Photography Technology＇s Application in Railway Surveying［J］． Journal of Railway Engineering，2006 ( S) : 90 － 94．

［3］周云．铁路大比例尺航空摄影与制图［J］．铁道勘察，2007( 5) : 47 －50．

Zhou Yun． Large Scale Aerial Photography and Mapping［J］．Railway Investigation and Surveying，2007( 5) : 47 －50．

［4］吴景勤．当前地理信息系统与遥感数据集成问题［J］．铁路航测，2000( 2) : 4 －8．

Wu Jingqin ． The Geographic Information System andRemote Sensing Data Integration ［J］． Railway AirSurvey，2000( 2) : 4 － 8．
［5］张建霞，刘先林．航空数码相机的种类与发展［J］．北京:中国测绘报，2008．

Zhang Jianxia， Liu Xianlin． The Kinds and Development of Aviation Digital Camera［J］． Beijing:China Surveying and Mapping News，2008．

［6］马荣斌，卓宝熙．遥感原理和工程地质判［M］．北京: 中国铁道出版社，1985．

Ma Rongbin，Zhuo Baoxi． Remote Sensing Principle and Engineering Geological Interpretation ［M］． Beijing:China Railway Publishing House，1985．

［7］徐祖舰，王滋政，阳锋．机载激光雷达测量技术及工程应用实践［M］．武汉: 武汉大学出版社，2009．

Xu Zujian， Wang Zhizheng， Yang Feng． AirborneLaser Radar Technology and Its Application inEngineering Practice［M］． Wuhan: Wuhan UniversityPress，2009．

［8］乔瑞亭，孙和利．摄影与空中摄影学［M］．武汉: 武汉大学出版社，2008．

Qiao Ruiting， Sun Heli． Photography and AerialPhotography［M］． Wuhan: Wuhan University Press，2008．