Historique de Prof.CoSQMEn

Cacher les modifications mineures - Affichage de la sortie

Ligne 3 modifiée:
%justify%We developped the CoSQM, a portable device which aims to sample the multispectral properties of the artificial light scattered by the atmospheres. We expect that it will become an useful tool to estimate the light pollution and its impact on the environment. CoSQM is a cylinder shaped instrument composed of a filter wheel with five different spectral transmittance in the visible range (clear, red, blue, green and yellow) that is standing on a step motor in front of a Sky Quality Meter. The device comprise a Raspberry pi open source linux computer so that it can be reproduced by anyone. CoSQM also comprise a GPS module and a camera module. The instrument can be operated remotely via the ssh protocol and the data may be accessed via an integrated web server. This device should better show how humankind can affect their own nocturnal environments. Color detection capability is an important improvement over existing non-imaging detectors in the context of the drastic change in the color of light pollution provided by the transition to the LED technology.
en:
%justify%The CoSQM is a portable device which aims to sample the multispectral properties of the artificial light scattered by the atmosphere. It is a convenient tool to estimate light pollution and its impact on the environment. CoSQM is an instrument composed of a filter wheel with five different spectral transmittance in the visible range (clear, red, blue, green and yellow) that is standing on a step motor in front of a Sky Quality Meter. The device comprise a Raspberry pi open source linux computer so that it can be reproduced by anyone. CoSQM also comprise a camera module. The instrument can be operated remotely via the ssh protocol and the data may be accessed via an integrated web server. This device should better show how humankind can affect their own nocturnal environments. Color detection capability is an important improvement over existing non-imaging detectors in the context of the drastic change in the color of light pollution provided by the transition to the LED technology.
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*CoSQM v2 - %red%'+Now available!+'%%
en:
*CoSQM v2 - %red%'+Available since December 10, 2020!+'%%
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*CoSQM v2 - %red%'+In progress should be available in spring 2021+'%%
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*CoSQM v2 - %red%'+Now available!+'%%
**[[Prof.Cosqmv2-users-manual[|CoSQM Users manual]]
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**[[Prof.Cosqmv2-users-manual[|CoSQM Users manual]]
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*CoSQM v2 - %red%'+In progress should be available in early 2021+'%%
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*CoSQM v2 - %red%'+In progress should be available in spring 2021+'%%
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*CoSQM v2 - %red%'+In progress+'%%
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*CoSQM v2 - %red%'+In progress should be available in early 2021+'%%
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*CoSQM v2 - %red%In progress%%
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*CoSQM v2 - %red%'+In progress+'%%
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*CoSQM v2
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*CoSQM v2 - %red%In progress%%
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**[[Prof.Cosqv2-notes|Dev notes]]
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*[[Prof.Cosqm-Raspbian|Software system installation guide]]
*[[Prof.Cosqm-users-manual[|CoSQM Users manual]]
*[[Prof.Cosqm-Color-mapping-of-the-night-sky-brightness[|Color mapping of the night sky brightness]]
en:
*CoSQM v2
**
[[Prof.Cosqmv2-Raspbian|Software system installation guide]]
**[[Prof.Cosqmv2-users-manual[|CoSQM Users manual]]
*CoSQM v1
**[[Prof.Cosqm-Raspbian|Software system installation guide]]
**[[Prof.Cosqm-users-manual[|CoSQM Users manual]]
*
*[[Prof.Cosqm-Color-mapping-of-the-night-sky-brightness[|Color mapping of the night sky brightness]]
29 May 2020 à 14h33 par Martin -
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%justify%We established the conception and the development of the CoSQM, a new portable device which aims to sample the multispectral properties of the artificial light scattered by the atmospheres. We expect that it will become an influential tool to estimate the light pollution and its impact on the environment. CoSQM is a cylinder shaped instrument composed of a filter wheel with five different spectral transmittance in the visible range (clear, red, blue, green and yellow) that is standing on a step motor in front of a Sky Quality Meter. The device comprise a Raspberry pi open source linux computer so that it can be reproduced by anyone. CoSQM also comprise a GPS module and a camera module. The instrument can be operated remotely via the ssh protocol and the data may be accessed via an integrated web server. We anticipate this new device to better show how humankind can affect their own nocturnal environments. Color detection capability will be an important improvement over existing non-imaging detectors in the context of the drastic change in the color of light pollution provided by the transition to the LED technology.
en:
%justify%We developped the CoSQM, a portable device which aims to sample the multispectral properties of the artificial light scattered by the atmospheres. We expect that it will become an useful tool to estimate the light pollution and its impact on the environment. CoSQM is a cylinder shaped instrument composed of a filter wheel with five different spectral transmittance in the visible range (clear, red, blue, green and yellow) that is standing on a step motor in front of a Sky Quality Meter. The device comprise a Raspberry pi open source linux computer so that it can be reproduced by anyone. CoSQM also comprise a GPS module and a camera module. The instrument can be operated remotely via the ssh protocol and the data may be accessed via an integrated web server. This device should better show how humankind can affect their own nocturnal environments. Color detection capability is an important improvement over existing non-imaging detectors in the context of the drastic change in the color of light pollution provided by the transition to the LED technology.
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*[[toto1| ceci est baboin]]
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*[[toto| ceci est baboin]]
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*[[toto1| ceci est baboin]]
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*[toto| ceci est baboin]]
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*[[toto| ceci est baboin]]
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*[[http://www.google.ca| ceci est baboin]]
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*[toto| ceci est baboin]]
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*[[http://www.google.ca]]
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*[[http://www.google.ca| ceci est baboin]]
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*[[www.google.ca]]
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*[[http://www.google.ca]]
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*[[Prof.Cosqm-list|List of known instruments - Private document]]
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*[[Prof.Cosqm-list|List of known instruments - Private document]]

*[[www.google.ca
]]
19 July 2019 à 12h07 par martin -
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19 July 2019 à 12h07 par Martin -
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-->The principal investigator of the dataset: '''Dr  Martin Aubé''' \\
If you intend to use the data please contact principal investigator via e-mail: \\
[[mailto:martin.aube@cegepsherbrooke.qc.ca | martin.aube@cegepsherbrooke.qc.ca]] \\
19 July 2019 à 12h06 par Martin -
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*[[http://dome.obsand.org:2080/DATA/CoSQM-Network|Online database]]
10 July 2019 à 00h28 par Martin -
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*[[Prof.Cosqm-list|List of known instruments]]
en:
*[[Prof.Cosqm-list|List of known instruments - Private document]]
08 July 2019 à 22h52 par Martin -
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*[[<iframe src="https://www.google.com/maps/d/embed?mid=1ZM-KmsBse_fjoFVdEzujgR3EcgNJZ1Vu&hl=en" width="640" height="480"></iframe>|Find CoSQMs on google maps]]
en:
*[[https://www.google.com/maps/d/embed?mid=1ZM-KmsBse_fjoFVdEzujgR3EcgNJZ1Vu&hl=en|Find CoSQMs on google maps]]
08 July 2019 à 22h51 par Martin -
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*[[<iframe src="https://www.google.com/maps/d/embed?mid=1ZM-KmsBse_fjoFVdEzujgR3EcgNJZ1Vu&hl=en" width="640" height="480"></iframe>|Find CoSQMs on google maps]]
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*[[Prof.Cosqm-Color-mappingof the night sky brightness [|Color mapping of the night sky brightness]]
en:
*[[Prof.Cosqm-Color-mapping-of-the-night-sky-brightness[|Color mapping of the night sky brightness]]
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*[[Prof.Cosqm-Color-mapping[|Color mapping of the night sky brightness]]
en:
*[[Prof.Cosqm-Color-mappingof the night sky brightness [|Color mapping of the night sky brightness]]
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*[[Prof.Cosqm-Color-mapping-of-the-night-sky-brightness[|Color mapping of the night sky brightness]]
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*[[Prof.Cosqm-Color-mapping[|Color mapping of the night sky brightness]]
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*[[Prof.Cosqm-Color-mapping-of-the-night-sky-brightness[|Color mapping of the night sky brightness over the Mont Bellevue natural reserve in Canada]]
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*[[Prof.Cosqm-Color-mapping-of-the-night-sky-brightness[|Color mapping of the night sky brightness]]
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*[[Prof.Cosqm-Color mapping of the night sky brightness[|Color mapping of the night sky brightness over the Mont Bellevue natural reserve in Canada]]
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*[[Prof.Cosqm-Color-mapping-of-the-night-sky-brightness[|Color mapping of the night sky brightness over the Mont Bellevue natural reserve in Canada]]
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*[[Prof.Cosqm-users-manual[|Color mapping of the night sky brightness over the Mont Bellevue natural reserve in Canada]]
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*[[Prof.Cosqm-Color mapping of the night sky brightness[|Color mapping of the night sky brightness over the Mont Bellevue natural reserve in Canada]]
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*[[Prof.Cosqm-users-manual[|Color mapping of the night sky brightness over the Mont Bellevue natural reserve in Canada]]
Lignes 14-15 modifiées:
*[[Prof.Cosqm-users-manual[|CoSQM Users manual]]
en:
*[[Prof.Cosqm-users-manual[|CoSQM Users manual]]
*[[Prof.Cosqm-list|List of known instruments
]]
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*[[Prof.Cosqm-Raspbian|Software system installation / definition of the CoSQM]]
en:
*[[Prof.Cosqm-Raspbian|Software system installation guide]]
Lignes 4-6 ajoutées:

[[Attach:Cosqm.pdf|Presentation given at the International interdisciplinary workshop on light pollution - Toward the first dark sky reserve in North Africa, Marrakech, Morocco, October 22-26, 2018]]

Lignes 6-7 modifiées:
<a rel="license" href="http://creativecommons.org/licenses/by-sa/4.0/"><img alt="Creative Commons License" style="border-width:0" src="https://i.creativecommons.org/l/by-sa/4.0/88x31.png" /></a><br /><span xmlns:dct="http://purl.org/dc/terms/" property="dct:title">CoSQM - a color hack to the SQM-LE for Light At Night Sensing</span> by <a xmlns:cc="http://creativecommons.org/ns#" href="https://w1.cegepsherbrooke.qc.ca/~aubema/index.php/Prof/CoSQMEn" property="cc:attributionName" rel="cc:attributionURL">Martin Aubé</a> is licensed under a <a rel="license" href="http://creativecommons.org/licenses/by-sa/4.0/">Creative Commons Attribution-ShareAlike 4.0 International License</a>.<br />Based on a work at <a xmlns:dct="http://purl.org/dc/terms/" href="https://w1.cegepsherbrooke.qc.ca/~aubema/index.php/Prof/CoSQMEn" rel="dct:source">https://w1.cegepsherbrooke.qc.ca/~aubema/index.php/Prof/CoSQMEn</a>.
en:
<a rel="license" href="http://creativecommons.org/licenses/by-sa/4.0/"><img alt="Creative Commons License" style="border-width:0" src="https://i.creativecommons.org/l/by-sa/4.0/88x31.png" /></a><br />This work is licensed under a <a rel="license" href="http://creativecommons.org/licenses/by-sa/4.0/">Creative Commons Attribution-ShareAlike 4.0 International License</a>.
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Lignes 7-8 ajoutées:

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Ligne 3 modifiée:
%justify%We established the conception and the development of the CoSQM, a new portable device which aims to sample the multispectral properties of the artificial light scattered by the atmospheres. We expect that it will become an influential tool to estimate the light pollution and its impact on the environment. CoSQM is a cylinder shaped instrument composed of a filter wheel with five different spectral transmittance in the visible range (clear, red, blue, green and yellow) that is standing on a step motor in front of a Sky Quality Meter. The device comprise a Raspberry pi open source linux computer so that it can be reproduced by anyone. CoSQM also comprise a GPS module and a camera module. The instrument can be operated remotely via the ssh protocol and the data may be accessed via an integrated web server. We anticipate this new device to better show how humankind can affect their own nocturnal environments color detection capability will be an important improvement over existing non-imaging detectors in the context of the drastic change in the color of light pollution provided by the transition to the LED technology.
en:
%justify%We established the conception and the development of the CoSQM, a new portable device which aims to sample the multispectral properties of the artificial light scattered by the atmospheres. We expect that it will become an influential tool to estimate the light pollution and its impact on the environment. CoSQM is a cylinder shaped instrument composed of a filter wheel with five different spectral transmittance in the visible range (clear, red, blue, green and yellow) that is standing on a step motor in front of a Sky Quality Meter. The device comprise a Raspberry pi open source linux computer so that it can be reproduced by anyone. CoSQM also comprise a GPS module and a camera module. The instrument can be operated remotely via the ssh protocol and the data may be accessed via an integrated web server. We anticipate this new device to better show how humankind can affect their own nocturnal environments. Color detection capability will be an important improvement over existing non-imaging detectors in the context of the drastic change in the color of light pollution provided by the transition to the LED technology.
Ligne 3 modifiée:
We established the conception and the development of the CoSQM, a new portable device which aims to sample the multispectral properties of the artificial light scattered by the atmospheres. We expect that it will become an influential tool to estimate the light pollution and its impact on the environment. CoSQM is a cylinder shaped instrument composed of a filter wheel with five different spectral transmittance in the visible range (clear, red, blue, green and yellow) that is standing on a step motor in front of a Sky Quality Meter. The device comprise a Raspberry pi open source linux computer so that it can be reproduced by anyone. CoSQM also comprise a GPS module and a camera module. The instrument can be operated remotely via the ssh protocol and the data may be accessed via an integrated web server. We anticipate this new device to better show how humankind can affect their own nocturnal environments color detection capability will be an important improvement over existing non-imaging detectors in the context of the drastic change in the color of light pollution provided by the transition to the LED technology.
en:
%justify%We established the conception and the development of the CoSQM, a new portable device which aims to sample the multispectral properties of the artificial light scattered by the atmospheres. We expect that it will become an influential tool to estimate the light pollution and its impact on the environment. CoSQM is a cylinder shaped instrument composed of a filter wheel with five different spectral transmittance in the visible range (clear, red, blue, green and yellow) that is standing on a step motor in front of a Sky Quality Meter. The device comprise a Raspberry pi open source linux computer so that it can be reproduced by anyone. CoSQM also comprise a GPS module and a camera module. The instrument can be operated remotely via the ssh protocol and the data may be accessed via an integrated web server. We anticipate this new device to better show how humankind can affect their own nocturnal environments color detection capability will be an important improvement over existing non-imaging detectors in the context of the drastic change in the color of light pollution provided by the transition to the LED technology.
Lignes 2-3 ajoutées:

We established the conception and the development of the CoSQM, a new portable device which aims to sample the multispectral properties of the artificial light scattered by the atmospheres. We expect that it will become an influential tool to estimate the light pollution and its impact on the environment. CoSQM is a cylinder shaped instrument composed of a filter wheel with five different spectral transmittance in the visible range (clear, red, blue, green and yellow) that is standing on a step motor in front of a Sky Quality Meter. The device comprise a Raspberry pi open source linux computer so that it can be reproduced by anyone. CoSQM also comprise a GPS module and a camera module. The instrument can be operated remotely via the ssh protocol and the data may be accessed via an integrated web server. We anticipate this new device to better show how humankind can affect their own nocturnal environments color detection capability will be an important improvement over existing non-imaging detectors in the context of the drastic change in the color of light pollution provided by the transition to the LED technology.
Lignes 2-3 ajoutées:

<a rel="license" href="http://creativecommons.org/licenses/by-sa/4.0/"><img alt="Creative Commons License" style="border-width:0" src="https://i.creativecommons.org/l/by-sa/4.0/88x31.png" /></a><br /><span xmlns:dct="http://purl.org/dc/terms/" property="dct:title">CoSQM - a color hack to the SQM-LE for Light At Night Sensing</span> by <a xmlns:cc="http://creativecommons.org/ns#" href="https://w1.cegepsherbrooke.qc.ca/~aubema/index.php/Prof/CoSQMEn" property="cc:attributionName" rel="cc:attributionURL">Martin Aubé</a> is licensed under a <a rel="license" href="http://creativecommons.org/licenses/by-sa/4.0/">Creative Commons Attribution-ShareAlike 4.0 International License</a>.<br />Based on a work at <a xmlns:dct="http://purl.org/dc/terms/" href="https://w1.cegepsherbrooke.qc.ca/~aubema/index.php/Prof/CoSQMEn" rel="dct:source">https://w1.cegepsherbrooke.qc.ca/~aubema/index.php/Prof/CoSQMEn</a>.
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*[[Prof.Cosqm-Raspbian|System installation / definition of the CoSQM]]
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*[[Prof.Cosqm-Raspbian|Software system installation / definition of the CoSQM]]
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!Project summary

!Useful links
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*[Prof.Cosqm-users-manual[|CoSQM Users manual]]
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*[[Prof.Cosqm-users-manual[|CoSQM Users manual]]
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*[[Prof.Cosqm-Raspbian|System installation / definition of the CoSQM]]
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*[[Prof.Cosqm-Raspbian|System installation / definition of the CoSQM]]
*[Prof.Cosqm-users-manual[|CoSQM Users manual
]]
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[[Prof.Cosqm-Raspbian|System installation / definition of the CoSQM]]
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*[[Prof.Cosqm-Raspbian|System installation / definition of the CoSQM]]
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[[Prof.Cosqm-Raspbian|System installation / definition of the CoSQM]]
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