Automation of the process of environmental monitoring in specially protected natural territories of the Russian Federation based on the content management system Directum RX

I. Rudko, L. Khoroshko, Pavel P. Keyno
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Abstract

For organizations that execute control over specially protected natural areas of the Russian Federation, the task of consolidating data on ongoing observations is relevant. These data, called the chronicles of nature, for a long time were kept in a simplified, paper form and did not have a clear structure. The task of automating business processes for collecting data and exchanging this data between members of the scientific community, as well as building models necessary for the scientific departments of parks and reserves, is important and relevant. In this connection, we see it relevant to consider automating the process of environmental monitoring by developing an electronic document management module based on the integration platform Directum RX business solutions. The purpose of the research is to automate the eco-monitoring process based on the Directum RX platform, which allows to build a corporate content management system, as well as create a full-fledged data storage and retrieval system for collecting information about observations. The article describes the role model for working with the system, the system architecture and the developed components of the "Ecomonitoring" module based on the Directum RX platform. For this, a structural method was used, by dividing the task into many independent stages available for understanding and solving and hierarchical ordering. Integration with the Yandex weather service has been developed for further use in analytical models. A solution has been developed to manage the universal classifier of animals in accordance with the classifier of biological taxonomy accepted in the world. The automation of user actions for collecting and processing information about observations is demonstrated. As a result, the process of environmental monitoring was automated in one of the reserves of the Russian Federation.
基于内容管理系统Directum RX的俄罗斯联邦特别受保护自然领土环境监测过程自动化
对于在俄罗斯联邦特别受保护的自然地区执行控制的组织来说,整合正在进行的观测数据的任务是相关的。这些数据被称为自然编年史,在很长一段时间里,它们都是以一种简化的纸质形式保存的,没有清晰的结构。将收集数据和在科学界成员之间交换数据的业务流程自动化,以及为公园和保护区的科学部门建立必要的模型,这些任务都是重要和相关的。在这方面,我们认为有必要考虑通过开发基于集成平台Directum RX业务解决方案的电子文档管理模块来实现环境监测过程的自动化。该研究的目的是基于Directum RX平台实现生态监测过程的自动化,该平台允许建立一个企业内容管理系统,以及创建一个完整的数据存储和检索系统,用于收集观察信息。本文描述了使用该系统的角色模型、系统架构以及基于Directum RX平台的“ecommonitoring”模块的开发组件。为此,采用了结构化方法,将任务划分为许多独立的阶段,以便理解和解决,并进行分层排序。与Yandex天气服务的集成已开发用于分析模型的进一步使用。根据世界通行的生物分类学分类器,提出了一种管理动物通用分类器的解决方案。演示了收集和处理观测信息的用户操作的自动化。结果,在俄罗斯联邦的一个保护区中,环境监测过程实现了自动化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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4 weeks
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