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Remote Sensing for Land & Resources    2019, Vol. 31 Issue (4) : 250-257     DOI: 10.6046/gtzyyg.2019.04.32
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The implementation of geological environment sub-node of Geological Cloud 1.0
Xiaoxia REN, Fei YANG, Shuyun YANG, Ming YIN, Mengliang YU()
China Institute of Geological Environment Monitoring, Beijing 100081, China
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Abstract  

Geological Cloud 1.0 is the first comprehensive integrated application platform for cloud computing in China’s geological survey. As one of its distributed nodes, geological environment sub-node provides data sharing and product socialization services in the geological environment. In order to better serve the construction of Geological Cloud 1.0, this paper describes the specific technical implementation of the Geological Cloud 1.0 geological environment sub-node in four aspects: infrastructure construction, data sharing service, geological information product service and service portal construction. The construction effect of this node is discussed. The results show that geological environment sub-node supplies data and products resources in the geological environment, and provides technical support for the operation and upgrade of Geological Cloud 1.0 in the future.
Keywords Geological Cloud 1.0      geological environment sub-node      data sharing service      product service     
:  TP3-05  
Corresponding Authors: Mengliang YU     E-mail: yuml@mail.cigem.gov.cn
Issue Date: 03 December 2019
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Xiaoxia REN
Fei YANG
Shuyun YANG
Ming YIN
Mengliang YU
Cite this article:   
Xiaoxia REN,Fei YANG,Shuyun YANG, et al. The implementation of geological environment sub-node of Geological Cloud 1.0[J]. Remote Sensing for Land & Resources, 2019, 31(4): 250-257.
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https://www.gtzyyg.com/EN/10.6046/gtzyyg.2019.04.32     OR     https://www.gtzyyg.com/EN/Y2019/V31/I4/250
Fig.1  Architecture for geological environment sub-node of Geological Cloud 1.0
序号 设备 参考型号 描述 数量
1 云平台管理节点 RH2288 V3 2CPU,8×32 GB内存,8通用硬盘-300 GB-SAS,2固态硬盘-480 GB,RAID卡,4xGE电口,以太网卡-10 Gb光口 3
2 计算节点 RH5885 V3 4CPU,16×16 GB内存,2通用硬盘-600 GB-SAS,RAID卡,4xGE电口,以太网卡-10 Gb光口,FC HBA卡-8 Gb 4
3 存储 OceanStor 5600 V3 双控,128 GB缓存,8×8 Gb FC,8×10 Gb光,20×1.2 TB 10K RPM SAS 硬盘单元(2.5"),配置NAS功能 1
4 光纤交换机 OceanStor SNS2124 24端口(24端口激活,含24×8 Gb多模SFP) 2
5 虚拟化软件 FusionSphere CPU FusionSphere云套件标准版许可16套; 网络安全软件—趋势科技防毒墙客户机与服务器版等 1
序号 设备 参考型号 描述 数量
6 防火墙 USG6550 8GE电+4GE光, 满配SFP多模光模块,4 GB内存,2交流电源,支持虚拟防火墙功能、国密功能、内容过滤功能等。 1
7 交换机 CE6851-48S6Q-HI 48个SFP+接口,实配SFP+多模光模块24个,6个40 G QSF接口,实配40 G QSFP多模光模块2个 2
Tab.1  Distributed node device recommendation configuration table
Fig.2  User main interface for geological environment sub-node of Geological Cloud 1.0
序号 数据库名称 所属地质调查数据库目录体系的目录名称 数据格式
1 1:20万水文地质图空间数据库 水工环地质数据库 MapGIS,ArcGIS
2 全国分省 1:50万环境地质空间数据库 水工环地质数据库 MapGIS
3 国家级地下水动态监测数据库 水工环地质数据库 Oracle10g
4 全国地质灾害调查数据库 水工环地质数据库 Oracle10g
5 全国矿山地质环境调查数据库 水工环地质数据库 Oracle10g
6 中国地质遗迹与地质公园数据库 水工环地质数据库 Oracle10g
7 特大型地质灾害数据 水工环地质数据库 ArcGIS
8 水土地质环境监测数据库 水工环地质数据库 ArcGIS
Tab.2  Databases cases for geological environment sub-node of Geological Cloud 1.0
Fig.3  Data sharing service registration interface
序号 推送内容名称 接入分类 内容描述
1 TBL_HAZARDBA-SICINFO 数据库 地质灾害综合表,包含崩塌滑坡等7种类型数据
2 TBL_GW_NBOREHOLEINFO 数据库 国家级地下水监测点信息
3 TBL_GW_
WELLINFO		 数据库 示范区地下水监测点信息
4 TBL_MINE_
BASEINFO		 数据库 矿山基本信息
5 TBL_DZYJ_GEORELICSINFO 数据库 地质遗迹点信息
6 产品URL 图件 推送产品详情URL
Tab.3  Geological information push contents registration form
Fig.4  Products browsing interface by national geological information service platform
Fig.5  Service portal interface integration diagram
Fig.6  Construction results of geological environment sub-node
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