基于GIS的电缆及通道信息管理控制平台应用
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摘要
介绍了一种基于GIS(Geographic Information System)的电缆及通道信息管控平台,并研究了其实际应用,通过对不同设备、电缆段及通道的数据信息需求,分析了数据采集质量的影响因素。提出了适用于不同现场的空间位置信息与管线信息的探测方法,并对各种方法进行了说明,分析了其适用的环境与优缺点。以江苏省盐城市区电缆实际需求为例,对电缆及通道中发现的问题与缺陷进行归纳、消除。试验表明,平台的各项性能指标满足实际需求。
This paper introduced a cable and channel data management system based on GIS(Geographic Information System)and examined its practicality to satisfy the individualized information requirements for various devices.It also analyzed the influence factors that affected the quality of data collection by means of different information requirements for different instruments,cables and channels,and proposed the detection methods for the location information and pipeline information for different sites.In addition,it analyzed merits and drawbacks of each method,and proposed effective suggestions for improvement.At last,it generalized the problems about the cable and channel and found the solution to them.Experiments revealed that the various performance and index could meet the actual needs in the system.
This paper introduced a cable and channel data management system based on GIS(Geographic Information System)and examined its practicality to satisfy the individualized information requirements for various devices.It also analyzed the influence factors that affected the quality of data collection by means of different information requirements for different instruments,cables and channels,and proposed the detection methods for the location information and pipeline information for different sites.In addition,it analyzed merits and drawbacks of each method,and proposed effective suggestions for improvement.At last,it generalized the problems about the cable and channel and found the solution to them.Experiments revealed that the various performance and index could meet the actual needs in the system.
引文
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[9]邱龙富.地下电缆管理在配电GIS系统中的应用[J].广西电力,2012(1):35-37.
[10]董芝春.基于RFID的可视化地下电缆管理系统的研究[J].科技资讯,2013(21):15-17.
[11]郭献崇,康俊霞.基于RFID技术的智能电网MIS的构建[J].电源技术,2012(6):832-833.
[12]全国地理信息标准化技术委员会.车载导航电子地图产品规范:GBT20267-2006[S].北京:国家测绘局,2006.
[2]谭新建,焦熙凯.江苏省电力需求侧管理发展现状研究[J].现代工业经济和信息化,2017(2):25-27.
[3]CJJ73-97.全球定位系统城市测量技术规程[M].北京:中国建筑工业出版社,1997.
[4]杨志刚,王丹丹,马运成.盐城市区电缆运行分析[R].盐城:盐城电力经济研究院,2015.
[5]高明,周仁材,贺贤华.地下电缆信息标准化管理模式设计和应用前景[J].浙江电力,2012(5):59-62.
[6]国家质量技术监督局.中华人民共和国国家标准:数字测绘产品检查验收规定和质量评定[S].北京:中国标准出版社,2001.
[7]方浩天,彭树标.基于CORS的移动GIS采集系统设计与实现[J].现代测绘,2011(1):37-40.
[8]王永,谭春,曾来.地质雷达方法在城市地下建(构)筑物权属调查中的应用[J].上海地质,2005(4):45-47.
[9]邱龙富.地下电缆管理在配电GIS系统中的应用[J].广西电力,2012(1):35-37.
[10]董芝春.基于RFID的可视化地下电缆管理系统的研究[J].科技资讯,2013(21):15-17.
[11]郭献崇,康俊霞.基于RFID技术的智能电网MIS的构建[J].电源技术,2012(6):832-833.
[12]全国地理信息标准化技术委员会.车载导航电子地图产品规范:GBT20267-2006[S].北京:国家测绘局,2006.