Department of Geodesy and Geomatics Engineering (Fredericton)

Pages

: 3D information supported urban change detection using multi-angle and multi-sensor imagery

: A geospatial web application (GEOWAPP) for supporting course laboratory practices in surveying engineering

: A scalable web tiled map management system

: Accuracy of the classical height system

: An IoT platform for occupancy prediction using support vector machine

: An evolutionary graph framework for analyzing fast-evolving networks

: Application of footstep sound and lab colour space in moving object detection and image quality measurement using opposite colour pairs

: Atmospheric delay modelling for ground-based GNSS reflectometry

: Automatic processing of Arctic crowd-sourced hydrographic data while improving bathymetric accuracy and uncertainty assessment

: Building detection in off-nidar very high resolution satellite images based on stereo 3D information

: Carrier-phase multipath mitigation in RTK-based GNSS dual-antenna systems

: Coupling of repetitive multibeam surveys and hydrodynamic modelling to understand bedform migration and delta evolution

Pages

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