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Auflistung nach Autor:in "Krausmann, Hans-Martin"

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  • Konferenzbeitrag
    Fach-und Kontrollinformationssystem Landwirtschaft (FAKOL)
    (Umweltinformationssysteme 2017 - Vernetzte Umweltdaten (UIS 2017), 2017) Henschke, Sabine; Krausmann, Hans-Martin
    The e-government solution FAKOL is intended to manage of a series of specific work processes in the field of agriculture. The main components within FAKOL are designed to control tasks, maintain approval procedures, monitor various agricultural processes and objects and process management for fee-relevant activities. The modular design and the server-based provision of the application are used to react quickly and efficiently to changing legal requirements and new requirements from the different disciplines. By the example of a mobile Android app which works on standard tablets and smartphones, an insight into the functionalities of FAKOL is given. With this app, the workers can capture relevant pestorganisms directly in the field. In addition, trap locations in the field can be checked and evaluated at the same time. The direct data transfer to the central database and the centralized geodata storage is also possible in field applications.
  • Konferenzbeitrag
    Monitoring im Feld am Beispiel Gewässerinstandhaltung und Biotopkartierung
    (Umweltinformationssysteme 2017 - Vernetzte Umweltdaten (UIS 2017), 2017) Krausmann, Hans-Martin
    In this document, two different and innovative approaches are presented which support the acquisition and processing of environmental data both in field applications as well as in further processing in a central office.The developed system for biotope mapping is provided and maintained as a client-server application. The developed system fetures a multi tier architecture with clear differentiation bewteen data persistence, business logic and the user interface. Central data storage avoids inconsistencies and redundancies in the database. By directly integrating a server-based GIS component for the visualization of the biotope objects in a map view, an overview is provided for surrounding biotopes and geospatial data.The presented monitoring solution was based on the requirement for data collection, visualization, further data processing and analysis as well as reporting of management data of water and soil associations in the area of water maintenance. In this process, data collected by a vehicle in the field is visualized in real-time. The combination of hardware -a data logger and a tablet device -and software -for mobile capture and display, as well as downstream processing and GIS analysis -can also be used to control the management of mobile objects in various operating modes.