Deriving cues from human cognition for the modelling of shack boundaries in aerial imagery

Organic studies inspire cues for modelling logic in image processing and become a basis for the development of novel remote-sensing algorithms. Examples of applications of such paradigms include the growing application of techniques such as object-oriented analysis and neural networks in image analy...

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Main Authors: Shoko, Moreblessings, Smit, Julian Lloyd
Format: Article
Language:English
Published: Academy of Science of South Africa 2019
Subjects:
Online Access:http://dx.doi.org/10.17159/ sajs.2016/20160065
http://hdl.handle.net/11408/3521
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author Shoko, Moreblessings
Smit, Julian Lloyd
author_facet Shoko, Moreblessings
Smit, Julian Lloyd
author_sort Shoko, Moreblessings
collection DSpace
description Organic studies inspire cues for modelling logic in image processing and become a basis for the development of novel remote-sensing algorithms. Examples of applications of such paradigms include the growing application of techniques such as object-oriented analysis and neural networks in image analysis for which the logic was drawn from studying various components of organic systems in the human body. Here we document a key investigation based on a set of cognitive tests conducted using aerial imagery captured over Cape Town (South Africa). These tests were conducted to later draw parallels with a feature extraction algorithm for shack settlements. We found that the visual variables of ‘pattern’ and ‘shape’ display the most significant cognitive guide for shack boundary extraction. Although the focus here was on digital imagery, learning points can be selected for application in other scientific fields as well.
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spelling ir-11408-35212022-06-27T13:49:06Z Deriving cues from human cognition for the modelling of shack boundaries in aerial imagery Shoko, Moreblessings Smit, Julian Lloyd Modelling Shack Organic studies inspire cues for modelling logic in image processing and become a basis for the development of novel remote-sensing algorithms. Examples of applications of such paradigms include the growing application of techniques such as object-oriented analysis and neural networks in image analysis for which the logic was drawn from studying various components of organic systems in the human body. Here we document a key investigation based on a set of cognitive tests conducted using aerial imagery captured over Cape Town (South Africa). These tests were conducted to later draw parallels with a feature extraction algorithm for shack settlements. We found that the visual variables of ‘pattern’ and ‘shape’ display the most significant cognitive guide for shack boundary extraction. Although the focus here was on digital imagery, learning points can be selected for application in other scientific fields as well. 2019-04-11T14:05:02Z 2019-04-11T14:05:02Z 2016 Article 0038-2353 http://dx.doi.org/10.17159/ sajs.2016/20160065 http://hdl.handle.net/11408/3521 en South African Journal of Science;Vol. 112, No. 11/12 open Academy of Science of South Africa
spellingShingle Modelling
Shack
Shoko, Moreblessings
Smit, Julian Lloyd
Deriving cues from human cognition for the modelling of shack boundaries in aerial imagery
title Deriving cues from human cognition for the modelling of shack boundaries in aerial imagery
title_full Deriving cues from human cognition for the modelling of shack boundaries in aerial imagery
title_fullStr Deriving cues from human cognition for the modelling of shack boundaries in aerial imagery
title_full_unstemmed Deriving cues from human cognition for the modelling of shack boundaries in aerial imagery
title_short Deriving cues from human cognition for the modelling of shack boundaries in aerial imagery
title_sort deriving cues from human cognition for the modelling of shack boundaries in aerial imagery
topic Modelling
Shack
url http://dx.doi.org/10.17159/ sajs.2016/20160065
http://hdl.handle.net/11408/3521
work_keys_str_mv AT shokomoreblessings derivingcuesfromhumancognitionforthemodellingofshackboundariesinaerialimagery
AT smitjulianlloyd derivingcuesfromhumancognitionforthemodellingofshackboundariesinaerialimagery