Ce numéro spécial regroupe des articles sélectionnés à l'issue de l'édition 2010 de la conférence internationale de géomatique et analyse spatiale SAGEO (Spatial Analysis and GEOmatics) 1 organisée à Toulouse du 17 au 19 novembre par les Unités mixtes de recherche DYNAFOR 2 et GEODE 3 sous l'égide des GdR MAGIS 4 (Groupement de recherche « Méthodes et applications pour la géomatique et l'inform...

This paper presents a new approach to monitor an indoor environment on thermodynamic basis. It uses temperature as the driving parameter and is especially suited for comfort analysis or evaluation of moisture. The method is based on infrared (IR) thermography, which proved to be very effective in this application. The system measures all fundamental environment parameters (e.g., air temperature...

Lin Li 1,2,3, Da Zhang 1,4,*, Shen Ying 1,3,* and You Li 1 1 School of Resource and Environmental Sciences, Wuhan University, Wuhan 430079, China; [email protected] (L.L.); [email protected] (Y.L.) 2 Collaborative Innovation Center of Geospatial Technology, Wuhan University, Wuhan 430079, China 3 The Key Laboratory for Geographical Information System, Ministry of Education, Wuhan 430079, China ...

Geospatial metadata, data, and services have been widely collected, developed and deployed in recent years. This flourishing of geospatial resources also added to the problem of geospatial heterogeneity. Interoperability research and implementation are needed for advancement in potential solutions to integrate and interoperate these widely dispersed geospatial resources. We design and implement...

Solutions for 4D cadastre – with a case study on utility networks Fatih Döner a , Rod Thompson b d , Jantien Stoter d e , Christiaan Lemmen c e , Hendrik Ploeger d f , Peter van Oosterom d & Sisi Zlatanova d a Department of Geomatics Engineering, Gümüşhane University, Gumushane, Turkey b Department of Natural Resources and Mines Landcentre, Queensland Government, Woollongabba, Queensland, Austr...

Surveying and representation of archaeological sites and objects represents today a very interesting contest where the potentialities of the new digital technologies of Geomatics can be fruitfully expressed. The tackled problems span from the data acquisition and integration processes to the automatic or semi-automatic data handling, or to new methods for data representation and exploration. On...

In this paper the Applanix approach of integrating inertial data with GPS to produce products for Geomatics applications is presented. The core Applanix technology consists of sophisticated algorithms and advanced signal processing techniques for the integration of GPS and Inertial Measurement Unit data, for the purpose of real-time navigation and post-mission, high precision positioning and at...

1. Introduction There are growing needs for geospatial information everywhere, at anytime, adapted to the user profile, location and context. Getting the right information at the right time and the right place is key in numerous applications (emergency and risk management, military defence, urban navigation, etc.). The fact that geomatics is required whenever spatial decision-making is involved...