Changes between Version 235 and Version 236 of WikiStart


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Timestamp:
Sep 28, 2016, 9:21:51 AM (8 years ago)
Author:
Peter Baumann
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  • WikiStart

    v235 v236  
    3838rasdaman ("__ras__ter __da__ta __man__ager")  allows storing and querying massive multi-dimensional [http://en.wikipedia.org/wiki/Array arrays], such as '''sensor, image, simulation, and statistics data''' appearing in [wiki:ApplicationDomains domains] like '''earth, space, and life science'''.  This worldwide leading array analytics engine distinguishes itself by its flexibility, performance, and scalability. Rasdaman can process arrays residing in file system directories as well as in databases.
    3939
    40 In fact, rasdaman has pioneered [http://en.wikipedia.org/wiki/Array_DBMS Array Databases] being the first fully implemented, operationally used system with an array query language and optimized processing engine with unprecedented scalability. Known rasdaman databases exceed 150 TB; with [http://www.earthserver.eu EarthServer], intercontinental fusion of Petabyte datacubes is being established.
     40In fact, rasdaman has pioneered [http://en.wikipedia.org/wiki/Array_DBMS Array Databases] being the first fully implemented, operationally used system with an array query language and optimized processing engine with unprecedented scalability. Known rasdaman databases exceed 150 TB; [http://www.earthserver.eu EarthServer], is establishing intercontinental fusion of Petabyte datacubes.
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    42 '''Wanna try?''' If you want to try out rasdaman right away: http://standards.rasdaman.com is a demonstration site showcasing rasdaman-enabled the Big Earth Data standards OGC WCS and WCPS in a variety of 1-D to 5-D geo use cases. Alternatively, you can [wiki:Download download] readily configured VMs, RPMs, or compile from source.
     42{{{
     43#!html
     44<table border="0" style="float:left;" cellpadding="5" cellspacing="0">
     45  <tr>
     46    <td>
     47      <font color="red">
     48        <fieldset style="margin-top:2px; width:140;">
     49          <legend><b><a href="https://www.openhub.net/p/rasdaman">OpenHub says</a>:</b></legend>
     50          "maintained by a large development team",<br/>
     51          "top 10% of all project teams on Open Hub"
     52        </fieldset>
     53      </font>
     54    </td>
     55  </tr>
     56</table>
     57}}}
     58'''Wanna try?''' It's easy! First, for getting an impression of rasdaman you can to try out hands-on: http://standards.rasdaman.com is a demonstration site showcasing rasdaman-enabled the Big Earth Data standards OGC WCS and WCPS in a variety of 1-D to 5-D geo use cases. Next, you can [wiki:Download download] readily configured VMs, RPMs, or - of course - compile rasdaman from source. For each step, there is [http://rasdaman.org/wiki/Documentation ample documentation] available, as well as [http://rasdaman.org/wiki/Support professional support], including dedicated [http://rasdaman.org/wiki/MailingLists mailing lists].
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    4460[[Image(rasdaman-wcs-core-RI.png, link=wiki:News align=left, width=400)]] '''Next-Generation Geo Raster Server'''. From simple geo imagery services up to complex analytics, rasdaman provides the whole spectrum of functionality on spatio-temporal raster data - both regular and irregular grids. And it does so with an unprecedented performance and scalability, as recent scientific benchmarks show. To leverage this enabling technology, users do not necessarily have to learn new interfaces: rasdaman [wiki:Clients integrates] smoothly with R, !OpenLayers, Leaflet, NASA !WorldWind, GDAL, !MapServer, ESRI ArcGIS, and many more.