Department of Geodesy and Geomatics Engineering (Fredericton)

Pages

: Data stream affinity propagation for clustering indoor space localization data

: De-correlation of tropospheric error and height component on GNSS using combined zenith-dependent parameter

: Design of a semi-automated LiDAR point classification framework

: Determination of a geoid model for Ghana using the Stokes-Helmert method

: Developing a deep learning network suitable for automated classification of heterogeneous land covers in high spatial resolution imagery

: Developing an analytics everywhere framework for the Internet of Things in smart city applications

: Development and assessment of loosely-coupled ins using smartphone sensors

: Development of a geospatial reference framework :

: Dynamic flood mapping using hydrological modeling and machine learning

: Enhanced Gaussian background modeling algorithm and implementation in FPGA for real-time moving object detection in surveillance video

: Evaluation of precise point positioning derived zenith total delays from the Nigerian GNSS reference network

: Exploring the usability of the rHEALPix discrete global grid system

Pages

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