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Sky detection in images for solar exposure prediction
(Lincoln University, 2008)
This project describes a technique for segmenting regions of sky in an image from the remainder of the image. This segmentation technique is part of a method for predicting the solar exposure at a location of interest from ...
The development of Robotable : infrared correction techniques to enhance marker detection : a dissertation submitted in partial fulfilment of the requirements for the degree of Bachelor of Applied Computing with Honours at Lincoln University
(Lincoln University, 2005)
Robotable is an educational tool conceived by Chris Rogers of Tufts University to inspire interest in science and creativity in engineering. End users of the table interact through several different mediums and complete ...
Estimating thermal radiation fields from 3D flame reconstruction
(Lincoln University, 2003)
Designing fire safety into a building requires a designer to think through issues that include fire ignition, growth and spread. The dominant mechanism of spread is radiative heat transfer from flames. Therefore, in order ...
Sky detection in images for solar exposure prediction
(New Zealand Computer Science Research Student Conference, 2008-04)
This project describes a technique for segmenting the area of sky in an image from the remainder of the image. This can then
be used for predicting solar exposure at a location at any time of the day on any day of the year, ...
Edge-based detection of sky regions in images for solar exposure prediction
(IEEE, 2008-11)
A device for predicting the solar exposure at a location operates by gathering image data from that location with a known camera orientation. The image data is then processed to identify the sky regions and the solar ...