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A user-friendly, dynamic web environment for remote data browsing and analysis of multiparametric geophysical data within the MULTIMO project

机译:一个用户友好的动态Web环境,用于MULTIMO项目中的远程数据浏览和多参数地球物理数据分析

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摘要

In the framework of the EU-funded project "Multi-disciplinary monitoring, modelling and forecasting of volcanic hazard" (MULTIMO), multiparametric data have been recorded at the MULTIMO station in Montserrat. Moreover, several other long time series, recorded at Montserrat and at other volcanoes, have been acquired in order to test stochastic and deterministic methodologies under development. Creating a general framework to handle data efficiently is a considerable task even for homogeneous data. In the case of heterogeneous data, this becomes a major issue. A need for a consistent way of browsing such a heterogeneous dataset in a user-friendly way therefore arose. Additionally, a framework for applying the calculation of the developed dynamical parameters on the data series was also needed in order to easily keep these parameters under control, e.g. for monitoring, research or forecasting purposes. The solution which we present is completely based on Open Source software, including Linux operating system, MySql database management system, Apache web server, Zope application server, Scilab math engine, Plone content management framework, Unified Modelling Language. From the user point of view the main advantage is the possibility of browsing through datasets recorded on different volcanoes, with different instruments, with different sampling frequencies, stored in different formats, all via a consistent, user- friendly interface that transparently runs queries to the database, gets the data from the main storage units, generates the graphs and produces dynamically generated web pages to interact with the user. The involvement of third parties for continuing the development in the Open Source philosophy and/or extending the application fields is now sought.
机译:在欧盟资助的项目“火山灾害的多学科监测,建模和预测”(MULTIMO)的框架内,在蒙特塞拉特的MULTIMO站记录了多参数数据。此外,为了测试正在开发的随机和确定性方法,还获得了在蒙特塞拉特和其他火山中记录的其他几个长时间序列。即使对于同类数据,创建一个通用框架来高效处理数据也是一项艰巨的任务。对于异构数据,这成为一个主要问题。因此,需要一种以用户友好的方式浏览这样的异构数据集的一致方式。另外,还需要用于在数据序列上应用所开发的动力学参数的计算的框架,以便容易地将这些参数保持在控制之下,例如,将其控制在控制范围内。用于监视,研究或预测目的。我们提出的解决方案完全基于开源软件,包括Linux操作系统,MySql数据库管理系统,Apache Web服务器,Zope应用程序服务器,Scilab数学引擎,Plone内容管理框架,统一建模语言。从用户的角度来看,主要优点是可以通过一致,用户友好的界面(透明地向数据库运行查询)浏览记录在不同火山上,使用不同仪器,以不同采样频率,以不同格式存储的数据集。数据库,从主存储单元获取数据,生成图形并生成动态生成的网页以与用户进行交互。现在正在寻求第三方参与以继续进行开源哲学的发展和/或扩展应用领域。

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