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Automatic mid-water target detection using multibeam water column
Automatic mid-water target detection using multibeam water column
Author(s):
Marques
Discipline:
Geodesy & Geomatics
Discipline:
Geodesy & Geomatics
Date:
2012
Type:
Technical Report
A potential new automatic application in multibeam water column is the recognition and precise location of suspended mid...
Design of a semi-automated LiDAR point classification framework
Design of a semi-automated LiDAR point classification framework
Author(s):
Amolins
Discipline:
Geodesy & Geomatics
Discipline:
Geodesy & Geomatics
Date:
2016
Type:
Technical Report
Data from airborne light detection and ranging (LiDAR) systems are becoming more commonplace and are being used in...
Application of footstep sound and lab colour space in moving object detection and image quality measurement using opposite colour pairs
Application of footstep sound and lab colour space in moving object detection and image quality measurement using opposite colour pairs
Author(s):
Roshan
Discipline:
Geodesy & Geomatics
Discipline:
Geodesy & Geomatics
Date:
2019
Type:
Thesis / Dissertation
This PhD dissertation is focused on two of the major tasks of an Atlantic Innovation Fund (AIF) sponsored “Triple-sensitive...
Evaluation of precise point positioning derived zenith total delays from the Nigerian GNSS reference network
Evaluation of precise point positioning derived zenith total delays from the Nigerian GNSS reference network
Author(s):
Mayaki
Discipline:
Geodesy & Geomatics
Discipline:
Geodesy & Geomatics
Date:
2019
Type:
Thesis / Dissertation
The Zenith Total Delay (ZTD) from ground-based Global Navigational Satellite System (GNSS) observations is a valuable...
Developing a deep learning network suitable for automated classification of heterogeneous land covers in high spatial resolution imagery
Developing a deep learning network suitable for automated classification of heterogeneous land covers in high spatial resolution imagery
Author(s):
Rezaee
Discipline:
Geodesy & Geomatics
Discipline:
Geodesy & Geomatics
Date:
2019
Type:
Thesis / Dissertation
The incorporation of spatial and spectral information within multispectral satellite images is the key for accurate land...
Improvements to satellite global gravity field modelling
Improvements to satellite global gravity field modelling
Author(s):
Sheng
Discipline:
Geodesy & Geomatics
Discipline:
Geodesy & Geomatics
Date:
2019
Type:
Thesis / Dissertation
Modelling the gravity field of the Earth is important for many scientific disciplines. Global gravity models allow for the...
Design of a semi-automated LiDAR point classification framework
Design of a semi-automated LiDAR point classification framework
Author(s):
Amolins
Discipline:
Geodesy & Geomatics
Discipline:
Geodesy & Geomatics
Date:
2016
Type:
Thesis / Dissertation
Data from airborne light detection and ranging (LiDAR) systems are becoming more commonplace and are being used in...
De-correlation of tropospheric error and height component on GNSS using combined zenith-dependent parameter
De-correlation of tropospheric error and height component on GNSS using combined zenith-dependent parameter
Author(s):
Ahn
Discipline:
Geodesy & Geomatics
Discipline:
Geodesy & Geomatics
Date:
2016
Type:
Thesis / Dissertation
For high precision GNSS positioning, the troposphere is one of the most problematic error sources. Typically, the effect is...
Developing an analytics everywhere framework for the Internet of Things in smart city applications
Developing an analytics everywhere framework for the Internet of Things in smart city applications
Author(s):
Cao
Discipline:
Geodesy & Geomatics
Discipline:
Geodesy & Geomatics
Date:
2019
Type:
Thesis / Dissertation
Despite many efforts on developing protocols, architectures, and physical infrastructures for the Internet of Things (IoT),...
Automatic processing of Arctic crowd-sourced hydrographic data while improving bathymetric accuracy and uncertainty assessment
Automatic processing of Arctic crowd-sourced hydrographic data while improving bathymetric accuracy and uncertainty assessment
Author(s):
Arfeen
Discipline:
Geodesy & Geomatics
Discipline:
Geodesy & Geomatics
Date:
2019
Type:
Thesis / Dissertation
Melting sea ice has led to an increase in navigation in Canadian Arctic waters. However, these waters are sparsely surveyed...
An IoT platform for occupancy prediction using support vector machine
An IoT platform for occupancy prediction using support vector machine
Author(s):
Parise
Discipline:
Geodesy & Geomatics
Discipline:
Geodesy & Geomatics
Date:
2019
Type:
Thesis / Dissertation
The Internet of Things (IoT) is a network of devices able to connect, interact and exchange data without human intervention....
Atmospheric delay modelling for ground-based GNSS reflectometry
Atmospheric delay modelling for ground-based GNSS reflectometry
Author(s):
Nikolaidou
Discipline:
Geodesy & Geomatics
Discipline:
Geodesy & Geomatics
Date:
2020
Type:
Thesis / Dissertation
Several studies have demonstrated the utility of global navigation satellite system reflectometry (GNSS-R) for ground-based...
On environmental adaptation in GNSS-based integrated navigation systems
On environmental adaptation in GNSS-based integrated navigation systems
Author(s):
Smolyakov
Discipline:
Geodesy & Geomatics
Discipline:
Geodesy & Geomatics
Date:
2020
Type:
Thesis / Dissertation
The most efficient positioning and navigation solutions for mass-market applications are based on integration of data...
Quantified self: building a multi-time window analytical workflow for clustering wearable data streams
Quantified self: building a multi-time window analytical workflow for clustering wearable data streams
Author(s):
McCully
Discipline:
Geodesy & Geomatics
Discipline:
Geodesy & Geomatics
Date:
2021
Type:
Thesis / Dissertation
A new research domain known as the Quantified Self has recently emerged and is described as gaining self-knowledge through...
Simulation and prototyping of integration methods between GNSS, INS, and signals-of-opportunity sources
Simulation and prototyping of integration methods between GNSS, INS, and signals-of-opportunity sources
Author(s):
Mendonça
Discipline:
Geodesy & Geomatics
Discipline:
Geodesy & Geomatics
Date:
2020
Type:
Thesis / Dissertation
Seamless positioning and navigation are a recurring academic and industrial challenge due to single sensor solutions'...
Terrestial implementation of UNB Super Camera and improvements to UNB-PanSharp
Terrestial implementation of UNB Super Camera and improvements to UNB-PanSharp
Author(s):
Adham Khiabani
Discipline:
Geodesy & Geomatics
Discipline:
Geodesy & Geomatics
Date:
2015
Type:
Thesis / Dissertation
Camera sensitivity is a significant challenge for many imaging applications, especially in low light conditions. Image...
Data stream affinity propagation for clustering indoor space localization data
Data stream affinity propagation for clustering indoor space localization data
Author(s):
Eshraghi Ivari
Discipline:
Geodesy & Geomatics
Discipline:
Geodesy & Geomatics
Date:
2021
Type:
Thesis / Dissertation
In the age of Internet of Things, the ability to find spatio-temporal patterns of people and devices moving in indoor spaces...
Dynamic flood mapping using hydrological modeling and machine learning
Dynamic flood mapping using hydrological modeling and machine learning
Author(s):
Esfandiari
Discipline:
Geodesy & Geomatics
Discipline:
Geodesy & Geomatics
Date:
2021
Type:
Thesis / Dissertation
Flooding is one of the most devastating natural hazards around the globe. Having access to abundant sources of data such as...
Building detection in off-nidar very high resolution satellite images based on stereo 3D information
Building detection in off-nidar very high resolution satellite images based on stereo 3D information
Author(s):
Suliman
Discipline:
Geodesy & Geomatics
Discipline:
Geodesy & Geomatics
Date:
2017
Type:
Thesis / Dissertation
Mapping or updating maps of urban areas is crucial for urban planning and management. Since buildings are the main objects in...

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