GEOIDE is supported by the Government of Canada through the Networks of Centres of Excellence programs
GEOMATICA is published four times a year by the Canadian Institute of Geomatics and is intended for professionals working in the field of geomatics sciences. GEOIDE has a special accord with this journal. As a result, a special GEOIDE edition is released normally every two years. | ||
Visit the GEOMATICA website to learn more about this journal! | ||
Here are the volumes list of articles related with the GEOIDE Network: | ||
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Foreword | ||
Comparison between stationary antenna grid and portable antenna pit systems for studying fish habitat use. p.313-320 | ||
Modélisation géologique 3d : spécifications et apports des systèmes experts. p.321-332 | ||
A dynamic reference surface for heights in canada. p.333-340 | ||
Geosketch : vers une démocratisation du croquis en mobilité. p.341-354 | ||
Site-specific seasonal baselines for fire risk in ontario. p.355-363 | ||
Conception et développement d'un outil de modification de la segmentation routière. p.365-381 | ||
Improving gps localization with vision and inertial sensing. p,383-396 | ||
Finding anomalies in high-density lidar point clouds. p.397-405 | ||
Augmenting the iterative closest point (icp) alignment algorithm with intensity. p.407-418 | ||
Developing an adaptive topological tessellation for 3d modeling in geosciences. p. 419-431 | ||
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| A word from the guest editor, | |
| Introductory note from GEOIDE, | |
| Toward an Improved Orthometric Height System for Canada | |
| Spatial Modeling and Analysis of Adjusted Residuals Over a Network of GPS-Levelling Benchmarks | |
| Extraction of Road Netowrks Using Pan-Sharpened Multispectral and Panchromatic Quickbird Images | |
| Automatic Change Detection and Updating of Topographic Databases by Using Satellite Imagery: A level Set Approach | |
| Accurate INS/DGPS Positioning Using INS Data De-Noising and Autoregressive (AR) Modeling of Inertial Sensor Errors | |
| Introduction du concept de patrons géométriques et application aux bâtiments afin de faciliter leur généralisation cartgraphique à la volée | |
| Geo-Mass: Modeling Massive Terrain in Real-Time | |
| Reserve Network Design Combining Spatial Graph Theory and Species? Spatial Requirements | |
| Spatial Multi-State Models with Application to Revascularization Intervention in Québec | |
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| A word from the guest Editor | |
| Introduction note about GEOIDE | |
| GEOIDE Student Network | |
| Web Acces to Real-Time Wireless Mobile Geospatial Information | |
| Mobile Asset Data Acquisition and Decision Making Over the Internet | |
| Speech Recognition and its Implication for Mobile GIS | |
| Geosemantic Proximity to Improve Geospatial Information Discovery in a Wireless Environment | |
| A Web-Based Collaboration System for Managing Distributed GIS Data Production | |
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| A word from the Guest Editor, | |
| GEOIDE - An Integrated Environment of R&D in Canadian Geomatics | |
| GEOIDE - An Integrated Environment of R&D in Canadian Geomatics | |
| GEOIDE Student Network | |
| Toward an Ontology of Geomatics | |
| On the Accuracy of Kinematic Carrier Phase DGPS for Airborne mapping | |
| Multiscale Characterization of Boundaries and Landscape Ecological Patterns | |
| Comparison of High-Resolution Digital Photogrammetry Methods for Geological Mapping, Moose Mountain Gas Field, Alberta | |
| Toward Better Support for Spatial Decision Making: Defining the Characteristics of Spatial On-Line Analytical Processing (SOLAP) | |
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