Search Results for "system data"

The main objective of the SmartHMA project is to develop and validate an open source operational platform architecture which implements a set of HMA standards in native Android client for access to EO Ground Segment data and services. The aim of the project is the development of a mobile application for discovery and distribution of EO data in the acceptable by tablet devices form and entirely based on OGC and HMA specifications. Implementation focuses on accessing the ESA Fedeo environment SmartHMA in form of open source software allows complementing the ESA RSS system environment and ESA Fedeo platform (http://wiki.services.eoportal.org/tiki-index.php?...

Welcome to the GeoGig project, exploring the use of distributed management of spatial data. GeoGig draws inspiration from Git, but adapts its core concepts to handle versioning of geospatial data. Users are able to import raw geospatial data (currently from Shapefiles, PostGIS or SpatiaLite) in to a repository where every change to the data is tracked. These changes can be viewed in a history, reverted to older versions, branched in to sandboxed areas, merged back in, and pushed to remote...

Implementation of an OGC Web Map Service, primarily for serving images dynamically generated from NetCDF data files (although other file formats can also be handled). Also an AJAX web mapping interface based on OpenLayers.

The Wildfire Management Tool (WMT) predicts the potential fire behavior of a wildland fire. WMT incorporates a 3D terrain viewer, the tenets of the Campbell Prediction System (CPS) and the Rothermel fire spread equations to depict fire behavior. WMT is used to adjust tactics & strategies to ensure the safety of firefighters and the effective use of firefighting resources. Requires Java 8 (included) - http://www.java.com/download

Exows extends the capabilities of the OWS (OGC Web Services). It enables the multilingualism functionalities for OWS (INSPIRE compliant) and allows complex features schemas for WFS and WMS getFeatureInfo (GML). It was developed by BRGM in OneGeology and was continued by BRGM in EUROGEOSS.

Open-source weather database system for storage of weather/water observations, forecasts, analysis fields, and hindcasts. includes loading program for GRIB files. Visit project website (http://wdb.met.no) for further information. Please note: this project has now moved to http://wdb.met.no

The MWDB2 project is a combination of cartographic data, associated programs and Java code. Data includes coastlines, islands, lakes rivers, country and state/province boundaries. Data & code can be used on both Intel and non-Intel based computers.

A software to store, (PUT) meteorological data from complex free form text format to databases and and GET stored (and already loaded) data from databases using OPeNDAP protocol. Written using Java6, XSD, and C++. It support OPeNDAP clients thanks to

Code for the SALAMANDER environmental sensor project. SALAMANDERs are wireless motes (Crossbow TelosB with MSP430 processor) with a string of sensors attached. Mote code is in nesC. DataGetter java code enables mobile phones to collect sensor data.

A Java system to decode the WMO BUFR format for weather data and translate it to XML.

Geo Sus is a software suit for use with the Bartington MS2 magnetic susceptibility meter. It was developed for the Victoria University Wellington Geophysics department to help out in their work. Created by team Geodudes in SWEN302 T2 2009

GDS is a project to check generic measured earth science data. It is also an interactive database management system to store all data in MySQL-DB. GDS rules as project based management system with unlimited stations. Each station manages 20 sensors.

Metaquokka is a highly configurable xml editor, currently available as Gridsphere portlet. Besides the default format, there is suppoert for ESysXML, a simulation description scheme for a geodynamics framework. Supports Generic Mapping Tools rudimentary.

AndroidCam is an Android App which provides the ability to turn a mobile device into an intervalometer for collecting time-lapse images. Image capture can be triggered using time based scheduling or in response to data thresholds monitored by the app (e.g. temperature, location, windspeed, etc) Data collection is performed via IOIO connection and the new ADK. Remote synchronization upload of images can be scheduled and performed via SCP.