Meteo Read: Client Software for Inserting Observed Atmospheric Data into MySQL TM Database | Chapter 8 | Theory and Applications of Engineering Research Vol. 2

 This affiliate investigates the tendency of climate change and allure effects on ecology, saving and sociology is essential for enduring policy making. High-quality dossier for these investigations is provided apiece long-term, state-of-the-art means measurements of the atmospheric features, both chemical and tangible. MeteoRead is a client table software that imports the observed meteorological data, e.g. wind route, wind speed, aerosol particle aggregation, etc. and makes them free in different file formats most usually used in environment research. MeteoRead was developed in JavaTM language. Individual of the most significant benefits of JavaTM terminology is its platform freedom, as the development and execution are free on almost all devices. JavaTM is an thinking mainly about physical things language place the created objects remain handy throughout the runtime thanks to allure memory-handling method. This JavaTM-based program applies the Structured Query Accent (SQL) functions such as table production on a database server, dossier or figures insertion into the table and data draft via Graphical User Interface. The picked data can be stocked in NetCDF, HDF5, DataBase or TXT file formats, and the figures maybe available in PNG, JPG, JPNG, PDF or GIF file plans. The program was tested on Linux and Windows floors with different JavaTM Growth Kit. The structure of the program was demonstrated thoroughly in this place chapter. Finally, it was decided that MeteoRead, a client table software, importing noticed atmospheric data and figures, and for too filtering and exporting the data in ultimate commonly applied file layouts such as NetCDF, HDF5, Table, and TXT and the figures in PNG, JPG, JPNG, PDF and GIF formats. Monthly, yearlong as well as hourly average dossier value can be used to visualized through the MeteoRead. It maybe used  in the functionality of the SQL table to calculate various numerical and statistical equatings.

Author(s) Details:

Beáta Szabó-Takács,
Department of Atmospheric Matter Fluxes and Long-Range Transport, Global Change Research Institute, 60300 Belidla 986/4, Brno, Czech Republic.

Tamás Takács,
Faculty of Engineering and Information Technology, University of Pécs, 7624 Boszorkány Street, 2, Pécs, Hungary.

Ales Rocek,
Institute of Computer Science, Masaryk University, Brno, Zerotinovo Square 617/9, Czech Republic.

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