118 | | rasdaman ("__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 [wiki:WhyRasdaman distinguished] by its flexibility, performance, and scalability. Rasdaman can process arrays residing in file system directories as well as in databases. 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. |
| 118 | rasdaman ("__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 [wiki:WhyRasdaman distinguishes itself] by its flexibility, performance, and scalability. Rasdaman can process arrays residing in file system directories as well as in databases. |
| 119 | |
| 120 | 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. |