Search results

(41 - 46 of 46)

Pages

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...

Pages

Zircon - This is a contributing Drupal Theme
Design by WeebPal.