The document describes the development of the Cáceres GIS system in Spain over 20 years. It was created to centralize and share the municipality's large amounts of geographic and alphanumeric data. The system improved access and analysis of data for citizens and departments. It has led to benefits like better tax collection, quicker responses to inquiries, and control of infrastructure maps. Future plans include new digital maps, 3D city visualization, and integration of additional utility projects.
Este documento resume varios proyectos de vivienda y urbanismo en diferentes partes del mundo, incluyendo proyectos de apartamentos en Angola construidos por una compañía china a cambio de petróleo, así como proyectos especulativos en Italia, India y otros lugares que han generado controversia debido a su impacto ambiental y a la escasez de vivienda.
Catálogo 2015 Ecoceramic.Fabricante nacional de cerámica de primera calidad. Pavimentos y revestimientos porcelánicos, de pasta blanca o pasta roja. Entre las series de cerámica para azulejos y revestimiento destacan series atemporales como la serie de azulejos blancos de formatos vintage como el 20x20, 20x30 o más actuales como el 30x60 o el 25x85, azulejos con tonos pastel como la serie Brussels o Sicily. Decorados ecoceramic serie Moon, azulejo decorativo muy divertido efecto "burbuja". Mosaicos como la seie Trip o revestimientos decorativos de la serie Luna.Destaca por su precio y la calidad la seerie de revestimiento Basic. o los monocolores de la serie Image. Con un formato de 20x60 Ecoceramic presenta una divertida serie Guinea y Fontana. No te pierdas la serie Vintage de 20x60 cm con efecto global10x30 cm. Completan el extenso catálogo de Ecocerámic series de maderas porcelánicas o su extensa colección de marmoleados. Si buscas revestimientos para exterior espesorados no dejes de visitar la serie Onda, Amplia gama de azulejos lajados para exterior e interior.
Pour l'édition 2009 de la fête de vendanges à Bagneux, la Dernière Minute propose une nouvelle articulation autour de la soirée dédiées aux cuisines du monde.
Un menu soleil, épicé de tambours latins, relevé de chaude fanfare, pimenté de voix Argentines, sud et tropique, des instants de cœurs pour chanteurs et danseurs autours des tables des cuisines du monde de Bagneux.
The STDM Development: Strategic Choices and Design FeaturesGLTN_STDM
This document summarizes the Social Tenure Domain Model (STDM), an open source land administration software. STDM was developed to support various land tenure types and systems at large scales to enable land reform and secure land rights for all. It uses PostgreSQL with PostGIS for spatial data, and QGIS for desktop GIS functions. STDM allows users to design data collection forms, manage administrative units and user permissions, generate reports and map documents. It has been applied in countries to improve settlements, support agriculture and land management, and establish alternative cadastres. The roadmap includes more applications, releases, and partnerships to continue development.
INTERLIS es una herramienta para modelar datos y facilitar su interoperabilidad en la administración de tierras. Proporciona un lenguaje de esquema conceptual para describir modelos de datos de forma precisa y neutral a plataformas. Incluye un formato de transferencia de datos que mantiene la división entre modelado y transferencia. INTERLIS facilita la automatización de procesos catastrales como la validación masiva de datos y la integración de información de distintas fuentes.
El documento describe los principios y clases principales del modelo de dominio de administración de tierras (LADM). Explica que el LADM no busca modificar las leyes o instituciones de los países, sino fortalecer sus funciones dentro de la legislación vigente. También presenta un ejemplo hipotético de un predio en Nicaragua y los derechos registrados sobre él para ilustrar la aplicación de los principios del LADM como publicidad, consentimiento y rogación. Finalmente, da recomendaciones sobre cómo entender y implementar correctamente el LADM.
Este documento presenta la asignatura de Gestión de la Retribución para la Licenciatura en Administración. La asignatura busca desarrollar las competencias para evaluar modelos de administración de sueldos y salarios, así como aplicar programas de prestaciones e incentivos que motiven al personal. El temario incluye cinco unidades sobre gestión de la retribución, herramientas salariales, prestaciones y servicios, incentivos, y estructura salarial. El profesor debe promover el aprendizaje activo, la investigación, el análisis
Este documento resume varios proyectos de vivienda y urbanismo en diferentes partes del mundo, incluyendo proyectos de apartamentos en Angola construidos por una compañía china a cambio de petróleo, así como proyectos especulativos en Italia, India y otros lugares que han generado controversia debido a su impacto ambiental y a la escasez de vivienda.
Catálogo 2015 Ecoceramic.Fabricante nacional de cerámica de primera calidad. Pavimentos y revestimientos porcelánicos, de pasta blanca o pasta roja. Entre las series de cerámica para azulejos y revestimiento destacan series atemporales como la serie de azulejos blancos de formatos vintage como el 20x20, 20x30 o más actuales como el 30x60 o el 25x85, azulejos con tonos pastel como la serie Brussels o Sicily. Decorados ecoceramic serie Moon, azulejo decorativo muy divertido efecto "burbuja". Mosaicos como la seie Trip o revestimientos decorativos de la serie Luna.Destaca por su precio y la calidad la seerie de revestimiento Basic. o los monocolores de la serie Image. Con un formato de 20x60 Ecoceramic presenta una divertida serie Guinea y Fontana. No te pierdas la serie Vintage de 20x60 cm con efecto global10x30 cm. Completan el extenso catálogo de Ecocerámic series de maderas porcelánicas o su extensa colección de marmoleados. Si buscas revestimientos para exterior espesorados no dejes de visitar la serie Onda, Amplia gama de azulejos lajados para exterior e interior.
Pour l'édition 2009 de la fête de vendanges à Bagneux, la Dernière Minute propose une nouvelle articulation autour de la soirée dédiées aux cuisines du monde.
Un menu soleil, épicé de tambours latins, relevé de chaude fanfare, pimenté de voix Argentines, sud et tropique, des instants de cœurs pour chanteurs et danseurs autours des tables des cuisines du monde de Bagneux.
The STDM Development: Strategic Choices and Design FeaturesGLTN_STDM
This document summarizes the Social Tenure Domain Model (STDM), an open source land administration software. STDM was developed to support various land tenure types and systems at large scales to enable land reform and secure land rights for all. It uses PostgreSQL with PostGIS for spatial data, and QGIS for desktop GIS functions. STDM allows users to design data collection forms, manage administrative units and user permissions, generate reports and map documents. It has been applied in countries to improve settlements, support agriculture and land management, and establish alternative cadastres. The roadmap includes more applications, releases, and partnerships to continue development.
INTERLIS es una herramienta para modelar datos y facilitar su interoperabilidad en la administración de tierras. Proporciona un lenguaje de esquema conceptual para describir modelos de datos de forma precisa y neutral a plataformas. Incluye un formato de transferencia de datos que mantiene la división entre modelado y transferencia. INTERLIS facilita la automatización de procesos catastrales como la validación masiva de datos y la integración de información de distintas fuentes.
El documento describe los principios y clases principales del modelo de dominio de administración de tierras (LADM). Explica que el LADM no busca modificar las leyes o instituciones de los países, sino fortalecer sus funciones dentro de la legislación vigente. También presenta un ejemplo hipotético de un predio en Nicaragua y los derechos registrados sobre él para ilustrar la aplicación de los principios del LADM como publicidad, consentimiento y rogación. Finalmente, da recomendaciones sobre cómo entender y implementar correctamente el LADM.
Este documento presenta la asignatura de Gestión de la Retribución para la Licenciatura en Administración. La asignatura busca desarrollar las competencias para evaluar modelos de administración de sueldos y salarios, así como aplicar programas de prestaciones e incentivos que motiven al personal. El temario incluye cinco unidades sobre gestión de la retribución, herramientas salariales, prestaciones y servicios, incentivos, y estructura salarial. El profesor debe promover el aprendizaje activo, la investigación, el análisis
This document discusses strategies for smart cities in Colombia. It summarizes the current state of cities, including population trends, urban planning challenges, and connectivity issues. It then proposes six strategies to address these issues: 1) a public policy for smart cities, 2) strengthening territorial entities, 3) an observatory of the system of cities, 4) modernized land development plans, 5) a multipurpose cadaster, and 6) use of big data. The first strategy aims to take a long term vision, reduce environmental impacts, and improve productivity through sustainable mobility, public space, and digital connectivity.
Presentation 'Digital transformation: open data' for BS Management Training in Valkiria Hub Space www.valkiriahubspace.com. Barcelona, 18th november 2014
This document analyzes the urban growth of medium-sized towns in Castilla-La Mancha, Spain from 1996-2007. It finds that populations increased in most towns, especially Cuenca and Talavera de la Reina, while commuting between towns and their surrounding areas also rose. The amount of urban land grew substantially, with discontinuous urban land increasing more than continuous urban land. The expansion occurred through population spreading, increased housing, and changes in land use patterns. Guadalajara and Toledo experienced the most intense urban sprawl, while other towns like Ciudad Real, Talavera de la Reina, and Cuenca saw intermediate levels of sprawl.
The document summarizes Barcelona's Digital City Plan for 2017-2020, which includes several government measures related to open data and digitization. The plan focuses on 5 strategic areas: data sovereignty, ethical data management, developing a city-wide data infrastructure called CityOS, using data to drive internal innovation, and sharing data through a data commons. It will be implemented according to a scheduled timeline and coordinated by a board for transversal data coordination alongside the Municipal Data Office.
Curitiba, Brazil implemented an innovative and sustainable transportation system and urban planning strategies over several decades beginning in the 1960s. Key steps included developing a master plan in 1964 focused on minimizing sprawl, preserving historic areas, and investing in affordable public transit. This involved creating a network of bus routes connected to high-density development. Curitiba also emphasized social and environmental programs around recycling, green spaces, and citizen participation. As a result, Curitiba has been recognized internationally as a model of sustainable urban planning.
Smart Cities and Open Governments (IT In Transit #33)Miqui Mel
The document discusses how Barcelona is considered a smart city based on factors like its transportation systems, use of renewable energy, open data initiatives, and citizen participation programs. Specifically, it highlights Barcelona's efficient bus and bike-sharing systems, smart parking sensors, pneumatic waste removal, LED street lights, solar power installations, mobile apps for transportation/navigation, and 22@ innovation district as examples of projects and technologies making the city smart. It also outlines plans for Cisco and Schneider Electric to invest in new smart city innovation centers located in a renovated factory in Barcelona.
The GISST sub-project was a collaboration between three partners to create a web-based GIS for sustainable tourism. Each partner collected and integrated tourism-related geographic data and information into the system. This included data on villages, hotels, and amenities from the Midi-Pyrenees region of France; tourist data and maps from the Natural Park of Bertiz in Spain; and the creation of a web portal and interactive maps by the Majella National Park in Italy. The goal was to provide visitors with easy access to tourism information across the different regions using open standards and web services.
Josep RAMON FERRER, Smart city director de la Ville de Barcelone - INNOVATION...Les Interconnectés
information,
apps, city
services
Energy
generation
Sensors:
environment,
occupancy
The SmartQuesines project aims to transform bus stops into connected and intelligent
spaces that provide services to citizens. They incorporate solar panels, connectivity
(WiFi, NFC, USB), information screens, emergency call buttons and environmental
sensors. The data collected is used to improve city services and mobility. They are
being deployed progressively throughout the city.
Allan Cain, Director, Development Workshop, presented at the Pro-Poor Urban Development Conference in Nairobi, 07/30/2012: Introductory Session on participatory mapping of urban poverty
Pro-Poor Urban Development: China and Africa Workshop - "Participatory mappin...AfricaChinaUrbanInitiative
Pro-Poor Urban Development: China and Africa Workshop Introductory Session on "Participatory mapping of urban poverty", by Allan Cain, Director, Development Workshop, 07/30/2012
The Institut Cartogràfic i Geològic de Catalunya (ICGC) is Catalonia's cartographic and geological institution with 265 employees focused on production, research and development. Historically, ICGC generated revenue through map sales but has increasingly adopted digital distribution and open data models. ICGC now provides free downloads of over 8 million data files and allows commercial use of data under certain licenses. To promote usage, ICGC operates tools like an online map store, digital library and mobile apps, and staff provide technical support to thousands of users each year.
Rio de Janeiro has hosted several mega events like the Olympic Games which led the city to invest in mass transit infrastructure like BRT systems. Four BRT corridors were implemented called TransOeste, TransCarioca, TransOlímpica, and TransBrasil which increased public transport ridership from 18% to 63%. The BRT systems reduced travel times by up to 50% and CO2 emissions. Challenges remain to maintain high quality service and further encourage transit ridership through urban development near stations.
Panama City has grown significantly over the centuries from its founding in 1519. As the capital and largest city of Panama, it has transformed due to capitalist growth and developments like the Panama Canal Railway in 1855 and the opening of the Panama Canal in 1903. Currently, Panama City faces challenges from uncontrolled urban expansion and lack of strategic planning. The Sustainable and Emerging Cities Initiative aims to help medium-sized cities meet sustainability challenges through analysis, prioritization of issues, and action planning. For Panama City, this involves focusing on integrated urban planning, quality public services, and modern management to guide sustainable long-term growth.
Increasing the efficiency and sustainability by institutional cooperation: Th...ICGCat
The ICGC and Diputació de Lleida initially compiled address data separately for Catalonia, but faced challenges with costs and data quality. They began collaborating in 2010 to create a single address database for Catalonia called BDMAC. Under the collaboration, ICGC digitizes and compiles address information while Diputació coordinates with municipalities. Municipalities provide local knowledge and approve the final data. The collaboration has reduced costs while improving data quality and coverage through a standardized workflow and continuous updates.
La mobilité dans un monde à 2°C : quel avenir pour les zones périurbaines ?Alicia Bassière
Les voitures occupent une place centrale dans les zones périurbaines en France (et ailleurs dans le monde) : sans elles, les habitants ne peuvent simplement pas y vivre. Ou c’est ce que l’on veut nous faire croire… Quelles sont les alternatives à la voiture individuelle ? Les déplacements en zone périurbaine peuvent-ils réduire leurs émissions de CO2 de manière significative ?
Ce sont autant de questions auxquelles le groupe de travail coordonné par Francisco Luciano pour The Shift Project va tenter de répondre. Ils présenteront les résultats d’une étude argumentée sur le potentiel des alternatives de mobilité bas-carbone en zone périurbaine : un véritable réseau cyclable, le co-voiturage, des transports publics rapides et bien d’autres encore.
Ces conclusions seront présentées puis discutées avec des acteurs majeurs de la mobilité qui discuteront également du futur des voitures individuelles, ainsi que d'autres véhicules, et de leurs possible évolution dans les zones périurbaines.
An overview of the Digimap collections, how they fit together, and advice for using them effectively. Delivered at Jisc Digifest 2016 by Emma Diffley, EDINA User Support.
A Linked Data Lifecycle for Smart Cities in Spain (ISWC2014)almuglez
The document discusses a Linked Data lifecycle model for smart cities in Spain. It describes several smart city projects and datasets that have been converted to Linked Data, including information on mobility, transportation, energy, the environment, and the city of Zaragoza. Lessons learned include the importance of data interoperability, flexibility, and dependence on available data sources. The authors plan to further develop the Linked Data platform within smart city projects and integrate additional domains.
Visión de la Geo-ingeniería según HexagonABGolgi Alvarez
Hexagon is a global leader in sensor, software and autonomous technologies committed to empowering an autonomous future. Their mission is to put data to work to enable connected ecosystems that boost efficiency, productivity and quality for customers. Their vision is a future where data is fully leveraged so that humanity and sustainability thrive. At their HxGN LIVE 2019 conference, Hexagon launched several new disruptive technologies across their urban and production divisions to further support their vision.
EVALUACION DE LA CALIDAD DE LA INFORMACIÓN GEOGRÁFICAGolgi Alvarez
Este documento resume un proyecto de la IPGH sobre la evaluación de la calidad de la información geográfica. El proyecto involucró a varios países de América Latina y tuvo como objetivo principal diagnosticar la situación actual de las metodologías y normas para evaluar la calidad de la información geográfica. El proyecto incluyó fases de preparación, recopilación de información, análisis y propuesta de recomendaciones.
This document discusses strategies for smart cities in Colombia. It summarizes the current state of cities, including population trends, urban planning challenges, and connectivity issues. It then proposes six strategies to address these issues: 1) a public policy for smart cities, 2) strengthening territorial entities, 3) an observatory of the system of cities, 4) modernized land development plans, 5) a multipurpose cadaster, and 6) use of big data. The first strategy aims to take a long term vision, reduce environmental impacts, and improve productivity through sustainable mobility, public space, and digital connectivity.
Presentation 'Digital transformation: open data' for BS Management Training in Valkiria Hub Space www.valkiriahubspace.com. Barcelona, 18th november 2014
This document analyzes the urban growth of medium-sized towns in Castilla-La Mancha, Spain from 1996-2007. It finds that populations increased in most towns, especially Cuenca and Talavera de la Reina, while commuting between towns and their surrounding areas also rose. The amount of urban land grew substantially, with discontinuous urban land increasing more than continuous urban land. The expansion occurred through population spreading, increased housing, and changes in land use patterns. Guadalajara and Toledo experienced the most intense urban sprawl, while other towns like Ciudad Real, Talavera de la Reina, and Cuenca saw intermediate levels of sprawl.
The document summarizes Barcelona's Digital City Plan for 2017-2020, which includes several government measures related to open data and digitization. The plan focuses on 5 strategic areas: data sovereignty, ethical data management, developing a city-wide data infrastructure called CityOS, using data to drive internal innovation, and sharing data through a data commons. It will be implemented according to a scheduled timeline and coordinated by a board for transversal data coordination alongside the Municipal Data Office.
Curitiba, Brazil implemented an innovative and sustainable transportation system and urban planning strategies over several decades beginning in the 1960s. Key steps included developing a master plan in 1964 focused on minimizing sprawl, preserving historic areas, and investing in affordable public transit. This involved creating a network of bus routes connected to high-density development. Curitiba also emphasized social and environmental programs around recycling, green spaces, and citizen participation. As a result, Curitiba has been recognized internationally as a model of sustainable urban planning.
Smart Cities and Open Governments (IT In Transit #33)Miqui Mel
The document discusses how Barcelona is considered a smart city based on factors like its transportation systems, use of renewable energy, open data initiatives, and citizen participation programs. Specifically, it highlights Barcelona's efficient bus and bike-sharing systems, smart parking sensors, pneumatic waste removal, LED street lights, solar power installations, mobile apps for transportation/navigation, and 22@ innovation district as examples of projects and technologies making the city smart. It also outlines plans for Cisco and Schneider Electric to invest in new smart city innovation centers located in a renovated factory in Barcelona.
The GISST sub-project was a collaboration between three partners to create a web-based GIS for sustainable tourism. Each partner collected and integrated tourism-related geographic data and information into the system. This included data on villages, hotels, and amenities from the Midi-Pyrenees region of France; tourist data and maps from the Natural Park of Bertiz in Spain; and the creation of a web portal and interactive maps by the Majella National Park in Italy. The goal was to provide visitors with easy access to tourism information across the different regions using open standards and web services.
Josep RAMON FERRER, Smart city director de la Ville de Barcelone - INNOVATION...Les Interconnectés
information,
apps, city
services
Energy
generation
Sensors:
environment,
occupancy
The SmartQuesines project aims to transform bus stops into connected and intelligent
spaces that provide services to citizens. They incorporate solar panels, connectivity
(WiFi, NFC, USB), information screens, emergency call buttons and environmental
sensors. The data collected is used to improve city services and mobility. They are
being deployed progressively throughout the city.
Allan Cain, Director, Development Workshop, presented at the Pro-Poor Urban Development Conference in Nairobi, 07/30/2012: Introductory Session on participatory mapping of urban poverty
Pro-Poor Urban Development: China and Africa Workshop - "Participatory mappin...AfricaChinaUrbanInitiative
Pro-Poor Urban Development: China and Africa Workshop Introductory Session on "Participatory mapping of urban poverty", by Allan Cain, Director, Development Workshop, 07/30/2012
The Institut Cartogràfic i Geològic de Catalunya (ICGC) is Catalonia's cartographic and geological institution with 265 employees focused on production, research and development. Historically, ICGC generated revenue through map sales but has increasingly adopted digital distribution and open data models. ICGC now provides free downloads of over 8 million data files and allows commercial use of data under certain licenses. To promote usage, ICGC operates tools like an online map store, digital library and mobile apps, and staff provide technical support to thousands of users each year.
Rio de Janeiro has hosted several mega events like the Olympic Games which led the city to invest in mass transit infrastructure like BRT systems. Four BRT corridors were implemented called TransOeste, TransCarioca, TransOlímpica, and TransBrasil which increased public transport ridership from 18% to 63%. The BRT systems reduced travel times by up to 50% and CO2 emissions. Challenges remain to maintain high quality service and further encourage transit ridership through urban development near stations.
Panama City has grown significantly over the centuries from its founding in 1519. As the capital and largest city of Panama, it has transformed due to capitalist growth and developments like the Panama Canal Railway in 1855 and the opening of the Panama Canal in 1903. Currently, Panama City faces challenges from uncontrolled urban expansion and lack of strategic planning. The Sustainable and Emerging Cities Initiative aims to help medium-sized cities meet sustainability challenges through analysis, prioritization of issues, and action planning. For Panama City, this involves focusing on integrated urban planning, quality public services, and modern management to guide sustainable long-term growth.
Increasing the efficiency and sustainability by institutional cooperation: Th...ICGCat
The ICGC and Diputació de Lleida initially compiled address data separately for Catalonia, but faced challenges with costs and data quality. They began collaborating in 2010 to create a single address database for Catalonia called BDMAC. Under the collaboration, ICGC digitizes and compiles address information while Diputació coordinates with municipalities. Municipalities provide local knowledge and approve the final data. The collaboration has reduced costs while improving data quality and coverage through a standardized workflow and continuous updates.
La mobilité dans un monde à 2°C : quel avenir pour les zones périurbaines ?Alicia Bassière
Les voitures occupent une place centrale dans les zones périurbaines en France (et ailleurs dans le monde) : sans elles, les habitants ne peuvent simplement pas y vivre. Ou c’est ce que l’on veut nous faire croire… Quelles sont les alternatives à la voiture individuelle ? Les déplacements en zone périurbaine peuvent-ils réduire leurs émissions de CO2 de manière significative ?
Ce sont autant de questions auxquelles le groupe de travail coordonné par Francisco Luciano pour The Shift Project va tenter de répondre. Ils présenteront les résultats d’une étude argumentée sur le potentiel des alternatives de mobilité bas-carbone en zone périurbaine : un véritable réseau cyclable, le co-voiturage, des transports publics rapides et bien d’autres encore.
Ces conclusions seront présentées puis discutées avec des acteurs majeurs de la mobilité qui discuteront également du futur des voitures individuelles, ainsi que d'autres véhicules, et de leurs possible évolution dans les zones périurbaines.
An overview of the Digimap collections, how they fit together, and advice for using them effectively. Delivered at Jisc Digifest 2016 by Emma Diffley, EDINA User Support.
A Linked Data Lifecycle for Smart Cities in Spain (ISWC2014)almuglez
The document discusses a Linked Data lifecycle model for smart cities in Spain. It describes several smart city projects and datasets that have been converted to Linked Data, including information on mobility, transportation, energy, the environment, and the city of Zaragoza. Lessons learned include the importance of data interoperability, flexibility, and dependence on available data sources. The authors plan to further develop the Linked Data platform within smart city projects and integrate additional domains.
Visión de la Geo-ingeniería según HexagonABGolgi Alvarez
Hexagon is a global leader in sensor, software and autonomous technologies committed to empowering an autonomous future. Their mission is to put data to work to enable connected ecosystems that boost efficiency, productivity and quality for customers. Their vision is a future where data is fully leveraged so that humanity and sustainability thrive. At their HxGN LIVE 2019 conference, Hexagon launched several new disruptive technologies across their urban and production divisions to further support their vision.
EVALUACION DE LA CALIDAD DE LA INFORMACIÓN GEOGRÁFICAGolgi Alvarez
Este documento resume un proyecto de la IPGH sobre la evaluación de la calidad de la información geográfica. El proyecto involucró a varios países de América Latina y tuvo como objetivo principal diagnosticar la situación actual de las metodologías y normas para evaluar la calidad de la información geográfica. El proyecto incluyó fases de preparación, recopilación de información, análisis y propuesta de recomendaciones.
Uso de información geoespacial para el estudio de peligros geológicos y gesti...Golgi Alvarez
Este documento describe el uso de información geoespacial y modelación por computadora para estudiar peligros geológicos y gestionar emergencias en Chile. Se presentan dos casos de estudio: el monitoreo del volcán Nevados de Chillán usando imágenes satelitales y la modelación de lahares potenciales con el software RAMMS. La modelación requiere datos topográficos, parámetros de fricción y áreas de liberación para simular lahares y producir mapas de peligros con alturas, velocidades y tiempos de llegada
El documento describe varias aplicaciones de TIC para apoyar la agricultura. GeoFarmer permite comunicación interactiva entre productores y expertos durante experimentos de nuevas prácticas. GeoCiudadano es un sistema de aplicaciones geoespaciales para gestión participativa de comunidades. El método 5Q propone rondas de 5 preguntas después de cada ciclo usando TIC para colección de información de manera eficiente.
El documento proporciona información sobre Instrumentos de Ingeniería German Gómez Pinto, el representante exclusivo de Stonex en Colombia. Stonex es una empresa italiana que diseña y fabrica instrumentos topográficos de alta precisión. Instrumentos de Ingeniería German Gómez Pinto ofrece una variedad de productos Stonex como estaciones totales, GPS, teodolitos y niveles para aplicaciones de ingeniería, topografía, seguridad y minería. La compañía tiene oficinas en varias ciudades colombianas y representa a Stonex
Características de los sensores hiperespectrales para el sensoramiento remotoGolgi Alvarez
Este documento describe las características de los sensores hiperespectrales para el sensoramiento remoto. Explica qué es la imagen hiperespectral y cómo se construyen los sensores hiperespectrales utilizando elementos como separadores espectrales, lentes y sensores. También describe parámetros clave como la densidad espectral y espacial, el rango espectral, las limitaciones y cómo seleccionar el sensor adecuado para cada aplicación.
Evaluacicón de planos topográficos locales para proyectos de ingeniería en la...Golgi Alvarez
1) Se evaluó el uso de los sistemas de proyección local (SPL) de Medellín para proyectos de ingeniería, encontrando que el SPL actual solo cubre hasta los 125 metros sobre el nivel del mar, quedando sin cobertura el 56% del área de estudio debido a las alturas superiores.
2) Las tolerancias permitidas para la representación en cartografías a escalas grandes son superadas por las diferencias de altura, por lo que el SPL actual no es adecuado.
3) Se recomienda investigar más sobre las implicaciones
Tecnologías geoespaciales aplicadas al monitoreo de variables ambientales y c...Golgi Alvarez
El documento describe las tecnologías geoespaciales aplicadas para el monitoreo de variables ambientales y climáticas, incluyendo el uso de satélites, teledetección, fotogrametría, GPS y sistemas de información geográfica para la recolección de datos geográficos y medioambientales a diferentes escalas. También detalla el uso de sensores remotos, sistemas de información geográfica y métodos directos para medir variables ambientales y climáticas y desarrollar proyectos especiales de monitoreo.
Interoperabilidad de datos mediante implementación de modelo LADM-COLGolgi Alvarez
Este documento describe el proyecto de modernización de la administración de tierras en Colombia a través de la implementación del modelo LADM-COL para lograr la interoperabilidad de datos catastrales. El proyecto busca apoyar los acuerdos de paz y el plan nacional de desarrollo a través de un catastro multipropósito interoperable basado en estándares internacionales como el LADM. El documento explica cómo se ha implementado el modelo LADM-COL usando herramientas como INTERLIS para desarrollar aplicaciones que permit
La relevancia de geodata en la modelísticaGolgi Alvarez
La modelística de transporte y tránsito (T/T/M) se basa cada vez más en datos geoespaciales (geo data). Los sistemas de información geográfica (GIS) son tanto proveedores como receptores de datos para los modelos T/T/M, proporcionando mapas actualizados y datos espaciales de entrada y recibiendo resultados como densidad y contaminación. Sin embargo, aunque las herramientas tecnológicas tienen las funcionalidades necesarias, aún existen barreras administrativas, de competencias y de conciencia que imp
Aplicación de la espectroscopía en la agriculturaGolgi Alvarez
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Este documento compara e implementa librerías de mapeo web de código abierto como herramientas para visualizar el conflicto en Colombia. Introduce Leaflet y Mapbox GL, las cuales permiten crear mapas interactivos en el navegador. Luego, usa datos sobre víctimas y masacres para visualizar patrones del conflicto en Colombia a través de mapas de calor, flujos y puntos. Concluye que el mapeo web es útil para el análisis de datos y diseño de políticas, y que las tecnologías como Leaf
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Bigdata para la innovación cartográfica y la gestión de recursos naturalesGolgi Alvarez
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2. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
3. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
SPAIN
FRANCE
PORTUGAL
MADRID
LISBON
BARCELONA
SEVILLA
BILBAO
VALENCIA
PORTO
4. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Location (coordinates):
39º 28’ 30’’ N
6º 22’ 30’’ W
Area: 1760 km2
Population: 92000 inhabitants
Distance in km:
To Madrid: 300
To Lisbon: 300
Geographics data:
5. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
The city was founded by the
Romans in 34 BC
The city has been Roman,
Muslim and Cristian
Third Monumental Ensamble
in Europe since 1968
It was declared a World
Heritage City by UNESCO in
1986
We hope to become the
EUROPEAN CAPITAL OF
CULTURE in 2016
6. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: background
The Municipality of Cáceres used to manage a big amount of
alphanumeric and cartographic data in a confused, not shared
and non effective way.
The queries as many from the tecnical people as the citizens
took too much time to be solved, because was necessary to
looked for data in paper distributed in different departments.
The combined analisys of the information from different data
sources (cadastre, urban planning, street map, cartography,
ortophotos) was almost impossible.
Map edition and modification was a handmade process.
All this information took up a very important volume.
Access to data was only possible from Municipal outbuildings.
7. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: the begining
Cáceres GIS was projected in 1995 with the
following targets:
• Group together all graphic and alphanumeric
data and share it with everybody.
• Stablish a new work model for
interdepartamental information management.
• Speed up information access, in order to
speed up enquiry resolutions.
• Make data combination easier in order to
obtain a better analisys and support to
decision making.
• Allow the citizens to access the information
via the internet.
The Municipality bets on Bentley’s tools.
Cáceres GIS started to work in 1999.
8. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: remarkable features
Cáceres GIS has been made from the Municipality.
No external companies dependencies (Except Bentley).
This way development costs are significantly lower (1.3 million euro in 10 years).
The system has been adapted to Municipal needs.
Slowness starting of the GIS services.
9. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: remarkable features
Different tools have been developed over Bentley products to make the system
more accessible and friendly for the user.
It is not neccessary to have a technical knowledge to work with Cáceres GIS.
The productivity grows as the inquiries are quicker and more effective.
10. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: remarkable features
It has been compiled a big amount of historical information (maps, aerial photographs,
old urban planning, etc…).
11. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: remarkable features
Any Citizen can consult the storaged information in the system via the internet.
It has been reduced the visits to the Municipal outbuildings to make inquiries
It has been put the information regarding cartography, historical and current ortophotos
of the city, urban bus routes, chemist’s situation, etc…
12. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: benefits
Better tax collection control.
13. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: benefits
More answer agility to the internal inquiries and the citizens.
Better tax collection control.
14. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: benefits
Better tax collection control.
More answer agility to the internal inquiries of the citizens.
Street map and census control.
15. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: benefits
Better tax collection control.
More answer agility to the internal inquiries of the citizens.
Street map and census control.
Help to solve conflicts related to urban planning and municipal heritage.
16. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: benefits
Better tax collection control.
More answer agility to the internal inquiries of the citizens.
Street map and census control.
Help to solve conflicts related to urban planning and municipal heritage.
Water, wastewater, electrical and gas nets control.
17. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: benefits
Comprehensive management of more than 3000 km. of public paths.
Better tax collection control.
More answer agility to the internal inquiries of the citizens.
Street map and census control.
Help to solve conflicts related to urban planning and municipal heritage.
Water, wastewater, electrical and gas nets control.
18. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: benefits
City visualization in 3D.
Better tax collection control.
More answer agility to the internal inquiries of the citizens.
Street map and census control.
Help to solve conflicts related to urban planning and municipal heritage.
Water, wastewater, electrical and gas nets control.
Comprehensive management of more than 3000 km. Of public paths.
19. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: benefits
Information about services localizations,
a big quantity of cartographic maps,
historical ortophotos of the city available
for citizens and professionals via the
Internet.
Better tax collection control.
More answer agility to the internal inquiries of the citizens.
Street map and census control.
Help to solve conflicts related to urban planning and municipal heritage.
Water, wastewater, electrical and gas nets control.
Comprehensive management of more than 3000 km. Of public paths.
City visualization in 3D.
20. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: benefits
Street maps, bus routes maps and other publication.
Better tax collection control.
More answer agility to the internal inquiries of the citizens.
Street map and census control.
Help to solve conflicts related to urban planning and municipal heritage.
Water, wastewater, electrical and gas nets control.
Comprehensive management of more than 3000 km. Of public paths.
City visualization in 3D.
Information about services localizations, a big quantity of cartographic maps, historical ortophotos of the
city available for citizens and professionals via the internet.
21. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: scheme
External
Companies
Other
Administrations
Utilities Companies
Cartography Database
Geographic Information System
Cadastre
Urban Planing
Municipal Heritage
Other Departament
GIS Departament
22. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: bentley’s tools
External
Companies
Other
Administrations
Utilities Companies
GIS Departament
23. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: project milestones
1996 Cartography
Survey network
24. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: project milestones
Urban Planning
Urban Planning
1996
Cartography
Surwey
network
25. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: project milestones
2003 CartographyUrban
Planning
Urban
Planning
1996
Cartography
Survey
network Suvey network
26. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: project milestones
1996
Cartography
Survey
network
Urban
Planning
Urban
Planning
Cadastre2003
Cartography
Survey
network
27. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: project milestones
1996
Cartography
Survey
network
Urban
Planning
Urban
Planning
Cadastre
2003
Cartography
Infraestructures
Survey
network
28. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: project milestones
1996
Cartography
Survey
network
Urban
Planning
Urban
Planning
Cadastre
2003
Cartography Infraest.
Heritage
Survey
network
29. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: project milestones
1996
Cartography
Survey
network
Urban
Planning
Urban
Planning
Cadastre
2003
Cartography Infraest. Heritage
Street Maps
Survey
network Street Maps
30. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: project milestones
1996
Cartography
Survey
network
Urban
Planning
Urban
Planning
Cadastre
2003
Cartography Infraest. Heritage
Street
Maps
Old Cartography
Survey
network
Street
Maps Old Cartography
31. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: project milestones
1996
Cartography
Survey
network
Urban
Planning
Urban
Planning
Cadastre
2003
Cartography Infraest. Heritage
Street
Maps
Old
Cartography
Publics Paths
Survey
network
Street
Maps
Old
Cartography Publics Paths
32. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: at the present
More than 42,000 files (dgn, dwg, jpg, ecw, mdb, pdf, …)
Geographics project with:
30 categories and 300 features
500 maps and ortophotos
80 tables and 200,000 records
More than 30 VBA modules with more than 5,000 code lines
All the information is centralized and accesible to all departaments, and update inmediatly
Accesible from more than 50 stands distributed in diferent sites all over the city
More than 200 visits a day to web page
Active-X control has been developed in VBA and javascripts to add new funcionalities
33. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: making the future
A new digital cartography and true-orthophoto
Virtual fly over the city in 3D
Update all projects to V8i version and migration to Oracle
Integration of a new water distribution and wastewater project of the city
Integration of the new Urban Planning of the city (currently under study)
34. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
Cáceres GIS: inquiry examples
VIDEOS:
1. Query to the street map, urban planning, cadastre and old cartography
2. Search to toponym, rustic cadastre, old cartography, ortophoto and link to historical
documentation
3. Query to the street map, bus stops and chemist’s via WEB
35. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
36. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
37. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
CÁCERES 2016
38. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
39. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
40. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
41. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
42. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
43. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
44. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
45. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
46. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
47. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
48. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
49. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
50. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
51. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
52. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
53. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
54. Ayuntamiento de Cáceres, Spain
Cáceres GIS Development Over Geographics and GWP
Luis Antonio Álvarez, GIS Department Manager and Faustino Cordero, GIS Department Assistant Manager
Editor's Notes
Good morning and thank you all for your attendance.
I’m Luis Antonio Álvarez and He’s my colleague Faustino Cordero.
We come from Cáceres, Spain, and we are the persons in charge of Cáceres GIS.
(First of all) Firstly, we want to say thanks you Bentley for this opportunity and thanks to the Jury for our nomination as finalists in this Category, Cadastre and Land Development.
Apologizes for our English (we’ll try to do our best), moreover, we hope our project likes you more than our English…
First of all: Where is Cáceres?
(mientras hace el vuelo…)
Cáceres is in Europe, Spain, near Portugal…
Cáceres is located at about 300 km from Madrid, and about 300 km from Lisbon.
The Cáceres area is very extensive, about 1760 km2 (square kilometers). The most extensive municipality area from Spain.
Its capital has 92.000 inhabitants.
Cáceres is a beautiful city with a big history, was founded by romans in 34 BC.
There had lived together some cultures as Arabic, Jewish and Christian, and all of them have left their trace in the city.
The old city is considered the third better presereved city in Europe, and was declared Human Heritage City by UNESCO in 1986.
We hope to be European Capital of Culture in 2016.
The municipality of Cáceres had a problem: to manage a big amount…(párrafo 1)
Because of that, the queries…(párrafo 2)
Leer párrafo 3
Leer párrafo 4. It was easier to do the map again.
Leer párrafo 5. This was and still beging a serious problem.
Leer párrafo 6.
And… What was the beginning ???
To solve the problems we talked about before, the Municipality of Cáceres think about create a GIS. In 1995 the GIS started with the following targets:
(leer apartado 1). That is, share the information.
(leer apartado 2).
(leer apartado 3).
(leer apartado 4). The same targets of any GIS.
(leer apartado 5). In 1995 the internet was not very known neither implemented as at the present days.
Different solutions were analized, we considered Bentley as the best option.
Leer párrafo 3. It takes 4 years to set up the system: hardware, software and digital cartography. In 1999 the necessary staff was hired. GIS specialized personnel is critical to success.
Into the next slides we will have a look the most remarkable features of Cáceres GIS.
The project was made completely from the Municipality of Cáceres, that is, no external companies were contracted to develop any part of the GIS.
The Web design have been made also by the GIS department.
This way, there is no dependencies from any external company, but Bentley, because of the software and software support.
That have supposed lower costs: 1.3 million euros in about ten years.
It is true that this way, the Project developement have been slower, however, the system have been adapted to the Municipal’s needs.
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For instance, tool boxes, dialogues, and different forms, programmed in VBA.
Thanks that, it is not necessary to have a technical knowledge about MicroStation, neither GIS, to use our system. Any user can access in a natural way to the system without a complex trainning.
In the same way, the productivity is increased as the enquiries are quicker and more effective.
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We have a good base to do studies and analisys about the historical evolution.
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The GIS is available for the citizens: cartography, ortophotos, urban bus routes, chemist’s location, etc… that reduced in a 70% the number of visits to municipal outbuildings for easy questions.
What are the benefits ??
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The power to overlap the cadastre over other cartographies and ortophotos, allows a better control of the parcels and edifications.
As all the information is centralized and digitalized, the enquiries of the citizens and of the technical staff can be solved quickly.
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From the GIS, the streets and street numbers are controled, so that, it is possible to know who is living in each house.
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All the information related to urban planning and municipal heritage is updated and accessible to be consulted.
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For any street of the city, it is possible to know which and where a net goes through.
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It is possible to know all the public paths of the Municipality. It is one of the most used service by the citizens, just to do mountainbike routes, trecking, etc...
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The rendering power of MicroStation allows to watch a 3D of the city in a realistic way.
The majority of the information of the GIS can be consulted via the Internet.
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The Municipality edits street maps periodically, of turistic information, urban bus routes, etc…from the information managed by the GIS.
Lets see the Cáceres GIS organization scheme.
The cartography and databases are located into a central server. All that information is managed from GIS department, the place where we work.
The rest of the departments gain access to the system through the municipal intranet. Each department work with their own categories, maps and tables, although the rest of the data can be consulted.
The citizens can consult GIS information via the internet.
We have agreements with other entities (external companies, other administrations, utilities companies) in order to share information and complete the system.
We resume shortly the Bentley’s tools we use.
Microstation for cartography and ortophotos management.
Microsoft Access for databases.
Microstation Geographics for GIS administration.
The rest of departments access to GIS through PowerMap and Bentley RedLine.
We use Geo Web Publisher for map publication into the Internet.
For map generation, ortophotos and survey works, we also use Bentley Descartes and Bentley PowerCivil for Spain.
We will review the GIS evolution over the last 10 years.
The projects that have been integrated into the GIS will appear at the top of the slide, and how these projects have been published into the Web will appear at the bottom.
The first job was the 1996 digital cartography upload of the municipality, and the survey network of the city.
The Web page is designed and this information is published.
The first big Project that face up our departament is the urban planning digitalization of 1999, using the “comparation adaptation” method.
Due to the information volumen (more than 200 maps and 1000 pages of documentation), a multidisciplinar team of 5 peoples was hired. This job took 1 year.
The result was published into the web, using at this time Model Server Discovery, Cáceres was pioneer in Spain with the urban planning publication into a Web. Today, the urban planning section is one of the most visited web contents of the system.
Microstation Geographics was critical in this phase. With its tools we have generated a lot of themathic maps as the maps you can see into the images.
In 2003, the Municipality of Cáceres took the decisión to update the digital cartography of the city and the survey network as well.
A GIS Project re-structuration was accomplished in order to adapt the Project to V8 format.
All the information is published into the web.
Only Central Government is competent regarding Cadastre issues in Spain. In 2004 we agreed with Central Government to add, Cadastral cartography to our GIS.
This allows us to relate municipal tax databases with parcels and properties location.
Data are updated periodically. Old cadastre was also incorporated, as it is very usefull to know the evolution of the municipality
That information have not been published via the internet because a part of it, is confidential.
Some agreements were achieved with the companies which managed the water, electricity and gas nets, in order to share information and add the net traces to the GIS.
Municipal inventory has been always available in paper.
Thanks to the GIS advantages, we took the decision to include it into the system. All the information was digitalized, allowing the possibility of consult municipal properties.
These data have not been plublished as they are also confidential.
The city of Cáceres has grown significantly in the last 10 years.
The number of streets has grown in a 40%. It was necessary for an update.
A 4 people team was hired to walk around the city, checking all the streets and houses, and they took pictures of all of them (more than 15.000 pictures).
From these works some maps have been edited in paper.
All this information could be consulted from the Web.
As Geo Web Publisher allows to publish the project directly from Bentley Geographics, the web street map is always updated
Over the last 2 years it has been compiled historical cartographic information from different sources, and that historical information has been treated to be integrated in to the GIS.
We have municipal cartography dated on 1822.
A big part of that information could be download from the Web.
Currently we are working on the public paths recovery.
Thanks to the combination of maps and ortophotos obtained in different years, it is possible to know the modification that a path has suffered.
It is estimated that there are more than 3000 km. of public paths, so it has been necessary to count with two people for the investigation and recovery.
It will be possible to consult this data from the web soon.
At the present, Cáceres GIS project count with:
More than 42,000 files (dgn, dwg, jpg, ecw, mdb, pdf, …)
Geographics project with:
30 categories and 300 features
500 maps and ortophotos
80 tables and 200,000 records
More than 30 VBA modules with more than 5,000 code lines
All the information is centralized and accesible to all departaments, and update inmediatly
Accesible from more than 50 stands distributed in diferent sites all over the city
More than 200 visits a day to web page
Active-X control has been developed in VBA and javascripts to add new funcionalities
Which jobs will be the nexts for Cáceres GIS?
A new digital cartography and true-orthophoto
Virtual fly over the city in 3D
Update all projects to V8i version and migration to Oracle
Integration of a new water distribution and wastewater project of the city
Integration of the new Urban Planning of the city (currently under study)
Now we are going to see three examples about GIS enquiries
We want to know information regarding a building.
We load the Urban map and the street map.
We make a query by street and street number.
Once it is located, we load the urban planning and we can see its record.
Now we load the Cadastre layer and we can see its record, restricted information related to taxes as well.
Finally, load 1981 cartography to see the status of the building at this time.
We want to know the information related to a Castle.
We search for its location by name.
Once it is located, we load the cadastral layer and we can see its record.
We load the 2006 ortophoto, then we load the historical cartography of 1936.
And finally, we recover the record of the Castle and we can see the description of the property in 1901.
Now we will make queries from the web.
We make a query to the street map by street name.
Now we ask for the result into the Active-X control and we choose the cartography layers we want to see.
We move closer to a bus stop to know which lines pass over this point.
We can see that the bus line is the bus nº 7.
Then we can see the record of the street.
We refresh the map with other zoom and we consult information related a chemist’s.
Now we are going to see a picture of a building.
And finally, we will consult the same street in google.
Ok so, this is the end…
We are grateful to you for your attention and we hope the project had been interested enough.
Thanks again and we hope to see you in Cáceres soon.
Now, do you have any question ??