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english:mainpage [2014/10/15 16:16]
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-{{:​images:​logo_terrama2_eng.gif?​nolink| }}[[:​start|{{ :​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 ​monitoringanalysis ​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 monitoranalyze ​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. ​
  
  
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 === Who operates the platform ? ===  === Who operates the platform ? === 
-TerraMA² ​is intended for presenting an operational system ​to monitor warnings of environmental risks . The system searches for current data by means of the internet and incorporates ​them to its database. ​Comparing ​risk maps or some defined model, these recent data are analyzed for verification of risks. An alert is then created for each risk situation, ​and warning ​notifications are issued ​for all users.+TerraMA² ​provides services ​to search ​current data through ​the internet and to incorporate ​them to its database. ​Other services analyze new data with risk maps with some defined model and issue early warning for registered ​users.
  
-The warning system operation requires the access to current observation and prediction ​data, besides ​the availability of risk maps of the areas observed o mathematical models which define these risks. It also requires two user levels, divided into:+The warning system operation requires the access to current observation and forecast ​data, in addition to the availability of risk maps of the monitored ​areas and mathematical models which define these risks. It also requires two user levels:
  
-  * System Operators: system operators are organizations which monitor any possible occurrence of natural disaster. They are responsible for the configuration ​and Administration ​module by means of an interface which enables to define the access to remote data, risk maps, additional ​plans, analysis, users, and bulletins. +  * System Operators: system operators are organizations which monitor any possible occurrence of natural disaster. They are responsible for the Configuration ​and the Administration ​modules using an interface which enables ​them to define the access to remote data, risk maps, additional ​maps, analysis, users, and warning ​bulletins. 
-  * Warning Clients: warning clients are agents able to execute preventive actions to decrease losses in case of disaster. They are responsible ​for accessing ​the warning module by a presentation ​interface which uses an internet ​navigator.+  * Warning Clients: warning clients are agents able to execute preventive actions to decrease losses in case of disaster. They are responsible ​to access ​the warning module by a display ​interface which uses an internet ​browser.
  
 === Database ===  === Database === 
  
-All data necessary ​to operate the system ​include:+Data required ​to operate the system ​includes:
  
-  * Dynamic data: informs about the condition of the variables ​obtained in pre-determined ​time intervals. +  * Dynamic data: reports ​the condition of the variables ​gathered at pre-defined ​time intervals. 
-  * Static data: contains information about pre-conditions necessary to cause a disaster. The updating of statistic ​data must be done whenever a pre-condition is changes ​or the model of disaster ​occurrence ​is updated. +  * Static data: contains information about pre-conditions necessary to trigger an disaster. The updating of static ​data must be done whenever a pre-condition is changed ​or the model of disaster ​prediction ​is updated. 
-  * Additional data: other information ​to assist ​in the search for risk areas and populations,​ or equipment vulnerable to the disaster ​analyzed.+  * Additional data: other information ​that can assist ​locating ​risk areas, populations ​and equipment vulnerable to the analyzed ​disaster.
  
  

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