Titlebook: Environmental Software Systems. Computer Science for Environmental Protection; 12th IFIP WG 5.11 In Jiří Hřebíček,Ralf Denzer,Tomáš Pitner

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Real-Time Web-Based Decision Support for Stakeholder Implementation of Basin-Scale Salinity Managemeand salt assimilative capacity forecasts with an informational website for increasing stakeholder awareness of the unique characteristics and opportunities for enhanced water and water quality resource management in the River Basin.

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Trends in Policy Relevant European Environmental Information Systemsupport these new demands our ways to manage environmental data needs to change. We receive more volumes of often less homogeneous data in more frequent intervals. We need to combine data from very different sources – environmental data based on legislation; data from research and big earth observati

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Big Data Storage and Management: Challenges and Opportunitiesrocessing systems. Particularly their four categories are introduced and discussed: General purpose Big Data Processing Systems, Big SQL Processing Systems, Big Graph Processing Systems, and Big Stream Processing Systems. Then, an attention is devoted to Big Analytics – the main application area for

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Environmental Software Systems in National Park Monitoring and Managemento name but a few. The software solutions are realized as a customization of standard software products, or, as individual software packages, designed and developed according to the special requirements of the fields of activity in a dedicated park..Regarding the future developments, there will be no

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Hough-Transform-Based Interpolation Scheme for Generating Accurate Dense Spatial Maps of Air Pollutais research introduces a new interpolation scheme which breaks the interpolation process into two stages. At the first stage, the source of pollution and its estimated emission rate are inferred through a detection procedure which is based on the Hough Transform. At the second stage, based on the de

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