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首页> 外文期刊>American journal of applied sciences >Utilization of Distributed Architecture Based on Internet GIS for Geomorphologic Data and Environmental Management: Case Study of Damavand Volcano Conic, Iran | Science Publications
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Utilization of Distributed Architecture Based on Internet GIS for Geomorphologic Data and Environmental Management: Case Study of Damavand Volcano Conic, Iran | Science Publications

机译：基于Internet GIS的分布式体系结构在地貌数据和环境管理中的应用：以伊朗达马万德火山为例|科学出版物

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> Despite the great significance of geomorphologic-environmental data in different disciplines, there are sundry problems in relation to availability, accessibility and their applicability. Primarily the problems dealing with these data were investigated and then technical solutions to remove each of the above problems and how to manage geomorphologic-environmental data were suggested. The solution for availability lies in participation of various organizations in acceptance of responsibility of data production and maintenance, during their daily activities. To remove the problem of accessibility to the existing data, a distributed architecture based on Internet GIS has been proposed. To make data applicable in users' systems and also integratable with each other, formulating and observing equal standards in different stages of management of geomorphologic data is recommended. Based on the proposed solutions, Damavand Volcano conic was selected as a case study. Initial standards were drawn up. Accordingly, geomorphologic data on the case study were collected and stored in different distributed databases. A system of distributed Internet GIS was also created based on the proposed architecture. The case study indicated that the proposed solution and system are capable of eliminating the problems pertinent to management of geomorphologic data from technical perspectives.
机译： >尽管地貌-环境数据在不同学科中具有重要意义，但在可用性，可访问性及其适用性方面仍存在各种问题。首先，研究了处理这些数据的问题，然后提出了消除上述每个问题的技术解决方案以及如何管理地貌环境数据。可用性解决方案在于各个组织在日常活动中参与数据生产和维护的责任。为了消除现有数据的可访问性问题，提出了一种基于Internet GIS的分布式体系结构。为了使数据适用于用户系统并彼此集成，建议在地貌数据管理的不同阶段制定并遵守相同的标准。根据提出的解决方案，选择了Damavand火山圆锥作为案例研究。起草了最初的标准。因此，该案例研究的地貌数据被收集并存储在不同的分布式数据库中。基于所提出的体系结构，还创建了一个分布式Internet GIS系统。案例研究表明，提出的解决方案和系统能够从技术角度消除与地貌数据管理有关的问题。

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