Projects tagged ‘ogc’ and ‘wfs’

gvSIG is a tool oriented to manage geographic information. It is characterized by a user-friendly interface, with a quick access to the most usual raster and vector formats. In the same view it ... [More] includes local as well as remote data through a WMS, WCS or WFS source. It is aimed at users of geographic information, whether professionals or civil servants (city councils, councils, regional councils or ministries) from any part of the world (its interface is in several languages), in addition to being free. [Less]

Mapbender is an OSGeo Project about maps. The software is used to implement portal web sites for geo spatial data and maps. Mapbender can upload, manage, combine and request OGC OWS compliant map and ... [More] feature services like MapServer and GeoServer. Mapbender is used to orchestrate these services in distributed web based architectures. Mapbender is implemented in PHP, JavaScript, SQL and XML, provides a data model and interfaces for displaying, navigating and querying OGC compliant map services by authenticated and authorized users. Mapbender is usually deployed in large architectures. Full multi client capability enables to operate Mapbender as a public portal with comprehensive cascading user management hierarchies. [Less]

TinyOWS server implements latest WFS-T standard versions, as well as related standards such as Filter Encoding (FE), in Front of PostGIS database.

A cross-platform mobile map viewer developed with Java ME technology. Support fetching map data from remote server to view on mobile device. Focus on OGC (Open Geospatial Consortium - ... [More] http://www.opengeospatial.org/) and JCP (The Java Community Process - http://jcp.org/) specifications. [Less]

Package for programming with OGC(TM) web services.

The GeoSpeed OGC Framework allows developers to quickly integrate OGC specification support into new or existing GIS applications. The framework provides all of the necessary infrastructure support ... [More] for recieving requests from OGC compliant clients and routing those requests to developer specified implementations. The framework currently supports the Web Mapping Service 1.3.0, Web Feature Service 1.1 and Web Feature Service Transactional 1.0, and Web Coverage Service 1.0 specifications. [Less]

geosdierais the Open Source web application designed by geoSDI for managing geospatial services based on Google GWT Technology. In the current processes for developing systems for managing ... [More] geospatial data webservices are being widely used. The Open Geospatial Consortium is the organization active in the drafting of technical specifications for construction of standard components. There are many projects devoted to the realization of OWS server, such as GeoServer, MapServer. To truly take advantage of the benefits of OWS services, we need to have tools able to show the collection of information (services) from multiple servers in order to make assessments and any useful analysis to the purposes of our work. Current webGIS projects (like Openlayers, Mapserver), though effective for the display of webservices and the creation of maps, are basic tools and thay don't allow a professional work on geospatial data. geoSDI ERA allows to improve the work on web services and to expand the level of geospatial data interoperability. Through geoSDI ERA, interoperability is no longer linked only to the sharing of data and information allowed by OWS server, but it becomes also the sharing of professional working tools. BuildInstructionsIRC ChannelServer: irc.freenode.net Channel: #geosdi geosdiera Screeshotgeosdiera standard view geosdiera server panel view geosdiera drag and drop layers feature panel view geosdiera set z-index layers position on the map feature view geosdiera menu layers features view geosdiera share maps [Less]

Este trabalho visa ao desenvolvimento de um sistema de apoio à tomada de decisão para Agricultura de Precisão (AP) dentro de um projeto de P&D que auxilie os usuários na quantificação, no ... [More] entendimento e no gerenciamento da variabilidade espaço-temporal. Por meio da utilização de uma arquitetura aberta e orientada a serviços, baseada na tecnologia de Web Services, o sistema pode contribuir para o desenvolvimento de serviços que atendam melhor aos fatores de escalabilidade, simplicidade, modificabilidade, extensabilidade, configurabilidade, customizabilidade, reusabilidade, portabilidade e confiabilidade para AP. (Murakami, 2006) Foi desenvolvida no Laboratório de Automação Agrícola, LAA, uma infra-estrutura, em nível experimental, baseada no paradigma de SOA, a qual possui uma arquitetura de referência para sistemas de informações para agricultura de precisão, uma linguagem padrão para troca de dados entre serviços agrícolas, um barramento para conexão de serviços agrícolas, um provedor de serviços geoespaciais e um portal para serviços agrícolas. O propósito dessa infra-estrutura é fornecer elementos básicos para apoiar e facilitar o desenvolvimento de sistemas de informação para agricultura de precisão mais abrangentes e flexíveis, capazes de acompanhar a rápida evolução da AP. (Murakami, 2006) No projeto de P&D a ser desenvolvido com apoio da FINEP, essa infra-estrutura será detalhada, refinada e colocada em operação para acesso público, com alguns serviços de interesse à agricultura de precisão. Este projeto de formatura fará parte do projeto FINEP e nele serão desenvolvidos alguns dos serviços fundamentais da infraestrutura (os serviços geoespaciais), algoritmos de modelagem de produtividade, e uma aplicação que permita o uso orquestrado desses e outros serviços para tomada de decisão. [Less]

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