Differences
This shows you the differences between two versions of the page.
| Next revision | Previous revision Last revision Both sides next revision | ||
|
english:mainpage [2014/10/15 16:16] eymarlopes created |
english:mainpage [2015/05/15 09:43] laercio |
||
|---|---|---|---|
| Line 1: | Line 1: | ||
| - | {{:images:logo_terrama2_eng.gif?nolink| }}[[:start:terrama2|{{ :images:flagbrasil.png?nolink|}}]][[:spanish:mainpage|{{ :images:flagespanha.png?nolink|}}]] | + | {{:images:logo_terrama2_eng.gif?nolink| }}[[http://www.inpe.br|{{:images:logo_inpe.gif?direct|}}]][[http://www.dpi.inpe.br|{{:images:logo_dpi_transparente_menor.png?direct|}}]][[:start|{{ :images:flagbrasil.png?nolink|}}]][[:spanish:mainpage|{{ :images:flagespanha.png?nolink|}}]] |
| - | The computational platform TerraMA² was planned to fill a gap in our product line-based innovative technology in the field of open source software, with extensive use of geographic library TerraLib, as well as meet a growing demand for applications monitoring, analysis and alert areas such as air quality, water quality, pipelines, tailings dams in the mining, forest fires, landslides and debris-mud flow, floods and droughts. | + | The TerraMA² computational platform was developed to fill a gap in our line of products based on innovative technologies using open source software, with extensive use of the TerraLib geographic library, as well as meet a growing demand for applications to monitor, analyze and issue early warnings related to air quality, water quality, pipelines, tailings dams for mining, forest fires, landslides and debris-mud flows, floods and droughts. |
| - | These applications require platforms that can integrate geographic services and modeling based access real-time data geo-environmental (meteorological, climatic, atmospheric, hydrological, geotechnical, socio-demographic, etc..), available on the connected server the Internet, and which can be read, processed and applied to various uses. | + | These applications require systems that integrate geographic services and modeling based on access to real-time geo-environmental data (meteorological, climatic, atmospheric, hydrological, geotechnical, socio-demographic, etc..), which are available on servers connected to the Internet allowing data to be read, processed and used to various applications. |
| - | Therefore, the platform TerraMA² is a computational system based on a service architecture, open, which provides the technological infrastructure necessary for the development of operating systems to monitor warnings of environmental risks. | + | Therefore, the TerraMA² is a computational system platform based on a service-based architecture, which is open and provides the technological infrastructure required to develop and implement operating systems to monitor early warnings of environmental risks. |
