Aerial Mechatronic Systems for Collection of Atmospheric and Environmental Data

Aerial Mechatronic Systems for Collection of Atmospheric and Environmental Data

<p>Currently, atmospheric and environmental monitoring also requires approaches based on robotic aerial mechatronic systems that can offer the advantages of onboard intelligent sensors. The accelerated dynamics of climate change generate risks that can be prevented by the acquisition, storage,...

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Main Authors: S. Pop, C. Ceocea, C. Cioacă, V. Prisacariu, M. Boșcoianu, V. Vlădareanu, L. Vladareanu
Format: Article
Language:English
Published: International Association of Online Engineering (IAOE) 2020-06-01
Series:International Journal of Interactive Mobile Technologies
Subjects:
mechatronic system
lta-fw architecture
sensors
environmental monitor-ing
Online Access:https://online-journals.org/index.php/i-jim/article/view/15257
id doaj-83b94db285d644fd8f30b2af0b878327
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spelling doaj-83b94db285d644fd8f30b2af0b8783272021-09-02T11:24:13ZengInternational Association of Online Engineering (IAOE)International Journal of Interactive Mobile Technologies1865-79232020-06-01141013914910.3991/ijim.v14i10.152575945Aerial Mechatronic Systems for Collection of Atmospheric and Environmental DataS. Pop0C. Ceocea1C. Cioacă2V. Prisacariu3M. Boșcoianu4V. Vlădareanu5L. VladareanuTransilvania University of Brașov RomaniaVasile Alecsandri University of Bacău, RomaniaHenri Coandă Air Force Academy RomaniaHenri Coandă Air Force Academy RomaniaTransilvania University of Brașov RomaniaInstitute of Solid Mechanics of the Romanian Academy, Romania<p>Currently, atmospheric and environmental monitoring also requires approaches based on robotic aerial mechatronic systems that can offer the advantages of onboard intelligent sensors. The accelerated dynamics of climate change generate risks that can be prevented by the acquisition, storage, transmission and processing of data taken under static, quasi-statistical and kinetic conditions at lower costs compared to piloted aircraft. The article presents an approach on atmospheric and environmental monitoring using a robotic aerial mechatronic system based on an airship UAV and a classic airborne UAV, launched using a ground-based launch device.</p>https://online-journals.org/index.php/i-jim/article/view/15257mechatronic systemlta-fw architecturesensorsenvironmental monitor-ing
collection DOAJ
language English
format Article
sources DOAJ
author S. Pop
C. Ceocea
C. Cioacă
V. Prisacariu
M. Boșcoianu
V. Vlădareanu
L. Vladareanu
spellingShingle S. Pop
C. Ceocea
C. Cioacă
V. Prisacariu
M. Boșcoianu
V. Vlădareanu
L. Vladareanu
Aerial Mechatronic Systems for Collection of Atmospheric and Environmental Data
International Journal of Interactive Mobile Technologies
mechatronic system
lta-fw architecture
sensors
environmental monitor-ing
author_facet S. Pop
C. Ceocea
C. Cioacă
V. Prisacariu
M. Boșcoianu
V. Vlădareanu
L. Vladareanu
author_sort S. Pop
title Aerial Mechatronic Systems for Collection of Atmospheric and Environmental Data
title_short Aerial Mechatronic Systems for Collection of Atmospheric and Environmental Data
title_full Aerial Mechatronic Systems for Collection of Atmospheric and Environmental Data
title_fullStr Aerial Mechatronic Systems for Collection of Atmospheric and Environmental Data
title_full_unstemmed Aerial Mechatronic Systems for Collection of Atmospheric and Environmental Data
title_sort aerial mechatronic systems for collection of atmospheric and environmental data
publisher International Association of Online Engineering (IAOE)
series International Journal of Interactive Mobile Technologies
issn 1865-7923
publishDate 2020-06-01
description <p>Currently, atmospheric and environmental monitoring also requires approaches based on robotic aerial mechatronic systems that can offer the advantages of onboard intelligent sensors. The accelerated dynamics of climate change generate risks that can be prevented by the acquisition, storage, transmission and processing of data taken under static, quasi-statistical and kinetic conditions at lower costs compared to piloted aircraft. The article presents an approach on atmospheric and environmental monitoring using a robotic aerial mechatronic system based on an airship UAV and a classic airborne UAV, launched using a ground-based launch device.</p>
topic mechatronic system
lta-fw architecture
sensors
environmental monitor-ing
url https://online-journals.org/index.php/i-jim/article/view/15257
work_keys_str_mv AT spop aerialmechatronicsystemsforcollectionofatmosphericandenvironmentaldata
AT cceocea aerialmechatronicsystemsforcollectionofatmosphericandenvironmentaldata
AT ccioaca aerialmechatronicsystemsforcollectionofatmosphericandenvironmentaldata
AT vprisacariu aerialmechatronicsystemsforcollectionofatmosphericandenvironmentaldata
AT mboscoianu aerialmechatronicsystemsforcollectionofatmosphericandenvironmentaldata
AT vvladareanu aerialmechatronicsystemsforcollectionofatmosphericandenvironmentaldata
AT lvladareanu aerialmechatronicsystemsforcollectionofatmosphericandenvironmentaldata
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