Changes between Version 2 and Version 3 of project/subproj/wpd2


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Timestamp:
Apr 11, 2017 9:04:43 AM (22 months ago)
Author:
maronga
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  • project/subproj/wpd2

    v2 v3  
    1616   {{{#!tr
    1717      {{{#!td style="border: none; width:50%"
    18 The subproject has two main goals: First, providing a central data management system for all subprojects, where access to all required data is allocated. This will allow an easy exchange of the relevant parameters throughout the entire BMBF Project by the usage of a consistent data format and Meta data. Additionally, specific input data for <new model> will be processed and provided. The second goal is represented by the development of a user interface for <new model>. Prospective users of municipal administrations and private enterprise companies for climate consulting will be capable to use and evaluate the model on their own with a certain basis of knowledge.
     18The subproject has two main goals: First, providing a central data management system for all subprojects, where access to all required data is allocated. This will allow an easy exchange of the relevant parameters throughout the entire BMBF Project by the usage of a consistent data format and Meta data. Additionally, specific input data for PALM-4U will be processed and provided. The second goal is represented by the development of a user interface for PALM-4U. Prospective users of municipal administrations and private enterprise companies for climate consulting will be capable to use and evaluate the model on their own with a certain basis of knowledge.
    1919         }}}
    2020      {{{#!td align=left style="border: none; vertical-align:top; width: 50%"
     
    2828''WP-D2.1: Preparing further input data''
    2929
    30 In WP-D2.1 GEO-NET prepares suitable <new model> input data for the demo cities and for the cases from module B that cannot be provided by WP-D1, and which are available at the local government. These are for example demographical data, soil layer data, traffic volumes, air quality data, emission sources, building types and building uses or data concerning environmental justice. Additionally to that, specific socio-economic input data for the Multi-agent model (WP-P1) will be prepared in D2.1. GEO-NET valorizes output data from traffic models that are able to deal with individual footpath decision making (e.g. such as VISUM) and develops special town usage scenarios (e.g. ways to big employers, to kindergartens, or to popular green area).
     30In WP-D2.1 GEO-NET prepares suitable PALM-4U input data for the demo cities and for the cases from module B that cannot be provided by WP-D1, and which are available at the local government. These are for example demographical data, soil layer data, traffic volumes, air quality data, emission sources, building types and building uses or data concerning environmental justice. Additionally to that, specific socio-economic input data for the Multi-agent model (WP-P1) will be prepared in D2.1. GEO-NET valorizes output data from traffic models that are able to deal with individual footpath decision making (e.g. such as VISUM) and develops special town usage scenarios (e.g. ways to big employers, to kindergartens, or to popular green area).
    3131
    32 ''WP-D2.2: Implementation of <new model> Data management system''
     32''WP-D2.2: Implementation of PALM-4U Data management system''
    3333
    34 The MOSAIK project will require and produce a variety of different data types that need to be shared between the subprojects. For this data management task, the <new model> data management system (PDMS) will be implemented in WP-D2.2. PDMS provides consolidated and quality assured input- und metadata to <new model> – modules, manages the results of simulation jobs, offers an interface for data exchange within module A and with module B+C, and provides a set of robust methods to import and export data from/to third-party systems. PDMS is based on high-performance database management system in conjunction with a strong data server.
     34The MOSAIK project will require and produce a variety of different data types that need to be shared between the subprojects. For this data management task, the PALM-4U data management system (PDMS) will be implemented in WP-D2.2. PDMS provides consolidated and quality assured input- und metadata to PALM-4U – modules, manages the results of simulation jobs, offers an interface for data exchange within module A and with module B+C, and provides a set of robust methods to import and export data from/to third-party systems. PDMS is based on high-performance database management system in conjunction with a strong data server.
    3535
    36 ''WP-D2.3: Development of <new model> VIEW AND ANALYSE''
     36''WP-D2.3: Development of PALM-4U VIEW AND ANALYSE''
    3737
    3838One of the main goals of MOSAIK is to provide a user interface for <new model> that allows administrative staff or external climate service companies to use the model on their own to answer specific questions on climate sensitive urban development. Therefore <new model> VIEW and ANALYSE (PVA) will be developed. PVA is based on PDMS and will be implemented as a web-based tool to interact with the <new model> model. On the one hand, PVA provides a user-friendly interface for the definition of input data to start a model run. On the other hand PVA provides tools to analyze the model output data, such as 2D/3D map based visualization functions, geo statistical methods as well as tools for vulnerability analysis and multi agent approaches.
                                                                                                                                                                                                                                                                                                                                                                               
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