The Development of Aerial Photography Application Based on Aerial Images Captured From a Remote Control Airplane

This paper shows that we can obtain aerial scenes faster, cheaper, safer, and easier using a reasonable resolution camera and a remote control airplane (RC plane). RC plane can fl y low, thus able to capture aerial images from low altitude. It is shown here the method of generating a digital scene f...

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Main Authors: Zulikha Jamaludin, Fahkrul Anuar Aziz
Format: Article
Language:English
Published: UUM Press 2009-05-01
Series:International Journal of Management Studies
Online Access:https://www.scienceopen.com/document?vid=32faf980-319e-49cb-abad-4048210f5e7a
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spelling doaj-b270a86c57ce409abf3736b675bcbb132021-06-15T13:20:03ZengUUM PressInternational Journal of Management Studies2232-16082180-24672009-05-0110.32890/ijms.16.1.2009.9962The Development of Aerial Photography Application Based on Aerial Images Captured From a Remote Control AirplaneZulikha JamaludinFahkrul Anuar AzizThis paper shows that we can obtain aerial scenes faster, cheaper, safer, and easier using a reasonable resolution camera and a remote control airplane (RC plane). RC plane can fl y low, thus able to capture aerial images from low altitude. It is shown here the method of generating a digital scene from such images. We begin with capturing aerial images for selected locations within Universiti Utara Malaysia (UUM) campus using RC plane. These images have been stitched together to create the campus scene. A few scenes were then collected to create the UUM Digital Aerial Scenes (UUM-DAS) prototype. The resulting prototype enables viewers to explore the campus virtually from a of bird’s eye view, with the altitude of about 150 to 200 metres. Similar approach of obtaining DAS can be generalised for marketing strategy, farm management, map disaster locations, map landscapes, monitor construction sites and progress, advertise property, and for viewing archaeological arttifacts.  https://www.scienceopen.com/document?vid=32faf980-319e-49cb-abad-4048210f5e7a
collection DOAJ
language English
format Article
sources DOAJ
author Zulikha Jamaludin
Fahkrul Anuar Aziz
spellingShingle Zulikha Jamaludin
Fahkrul Anuar Aziz
The Development of Aerial Photography Application Based on Aerial Images Captured From a Remote Control Airplane
International Journal of Management Studies
author_facet Zulikha Jamaludin
Fahkrul Anuar Aziz
author_sort Zulikha Jamaludin
title The Development of Aerial Photography Application Based on Aerial Images Captured From a Remote Control Airplane
title_short The Development of Aerial Photography Application Based on Aerial Images Captured From a Remote Control Airplane
title_full The Development of Aerial Photography Application Based on Aerial Images Captured From a Remote Control Airplane
title_fullStr The Development of Aerial Photography Application Based on Aerial Images Captured From a Remote Control Airplane
title_full_unstemmed The Development of Aerial Photography Application Based on Aerial Images Captured From a Remote Control Airplane
title_sort development of aerial photography application based on aerial images captured from a remote control airplane
publisher UUM Press
series International Journal of Management Studies
issn 2232-1608
2180-2467
publishDate 2009-05-01
description This paper shows that we can obtain aerial scenes faster, cheaper, safer, and easier using a reasonable resolution camera and a remote control airplane (RC plane). RC plane can fl y low, thus able to capture aerial images from low altitude. It is shown here the method of generating a digital scene from such images. We begin with capturing aerial images for selected locations within Universiti Utara Malaysia (UUM) campus using RC plane. These images have been stitched together to create the campus scene. A few scenes were then collected to create the UUM Digital Aerial Scenes (UUM-DAS) prototype. The resulting prototype enables viewers to explore the campus virtually from a of bird’s eye view, with the altitude of about 150 to 200 metres. Similar approach of obtaining DAS can be generalised for marketing strategy, farm management, map disaster locations, map landscapes, monitor construction sites and progress, advertise property, and for viewing archaeological arttifacts.  
url https://www.scienceopen.com/document?vid=32faf980-319e-49cb-abad-4048210f5e7a
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