期刊名称：ISPRS Annals of the Photogrammetry, Remote Sensing and Spatial Information Sciences
印刷版ISSN：2194-9042
电子版ISSN：2194-9050
出版年度：2010
卷号：XXXVIII Part 4
出版社：Copernicus Publications
摘要：The pipelines of oil and gas well, oil and gas transmission, power transmission and so on are put in field .and it needs regular patrolinspection. Pipeline patrol inspection system based on GIS, GPS and GSM solve the disadvantages of traditional patrol inspection modeland improve the patrol inspection efficiency, and it also can describe the pipelines and its ancillary facility in detail with the powerfulgeographic information techniques, it has been extended rapidly in the pipeline inspection work. However, Pipeline patrol inspectionsystem based on GIS, GPS and GSM also has some disadvantages; it just describes the pipelines and their surrounding on the electronicmap with the simple GIS Data such as points, lines and polygons. Because it can not give a true representation for the pipelines and theirsurrounding scenes, it’s feeble to display the objective world compared with the real world. With the global high-resolution images ofgeographic data and supporting overlaying vector data on the Google Earth client, Google Earth can solve the problem above. So weintroduce Google Earth to pipeline patrol inspection work and do some researches on how to makes full use of the advantages of GIS,GPS, GSM and Google Earth to inspect pipelines. According to the advantages of GIS, GPS, GSM and Google Earth, after analyzing thefeasibility of integrating them, this paper presents a 4G integration technology, and introduces the methods of 4G integration technology.In the paper, the work principle, the system features and the application range of Kuainiao patrol inspection system based on 4Gtechnology are introduced in detail. At last, this paper makes a prospect for the development of 4G integration technology and Kuainiaopatrol inspection system
