SmartMove - Revision history

Donsez: /* Documents */

2018-03-15T08:35:13Z

Documents

← Older revision		Revision as of 08:35, 15 March 2018
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	===Documents===		===Documents===
			[[Media:RICM5_2017_2018_XYZ.pdf\|Rapport final]] - [[Media:RICM5_2017_2018_SmartMove.pdf\|Presentation finale]] - [[Media:RICM5_2017_2018_XYZ.pdf\|Presentation de mi-parcours]] - [[Media:RICM5_2017_2018_XXXX_flyer.pdf\|Flyer]] - [[Media:RICM5_2017_2018_XXXX_poster.pdf\|Poster]] - [http://youtulle.com/XXXX Vidéo 1]
	TODO


	=Introduction=		=Introduction=

2018-03-15T08:32:16Z

2018-03-09T09:18:03Z

Smart Move

← Older revision		Revision as of 09:18, 9 March 2018
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	Smartmove is a student project imagined by four IT students of [https://www.polytech-grenoble.fr/ Polytech Grenoble]. Smart Move is an IoT and AI approach for the sports.		Smartmove is a student project imagined by four IT students of [https://www.polytech-grenoble.fr/ Polytech Grenoble]. Smart Move is an IoT and AI approach for the sports. The project monitoring for teachers of Polytech Grenoble are available in this page https://air.imag.fr/index.php?title=RICM5_2017-2018_-_SmartMove.

	[[File:Smart-move_logo.png\|300px]]		[[File:Smart-move_logo.png\|300px]]


	=Team project=		=Team project=

2018-01-29T13:55:45Z

Equipe projet

2018-01-29T13:34:29Z

Smart Move

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-Smartmove is a student project imagined by three IT students of [https://www.polytech-grenoble.fr/ Polytech Grenoble]. Smart Move is an IoT and AI approach for the sports.
+Smartmove is a student project imagined by four IT students of [https://www.polytech-grenoble.fr/ Polytech Grenoble]. Smart Move is an IoT and AI approach for the sports.
 [[File:Smart-move_logo.png|300px]]
 * Team : Anthony Geourjon (leader), Timothée Lemaire, Vincent Turrin & Clément Rouquier

2018-01-29T07:57:17Z

← Older revision		Revision as of 07:57, 29 January 2018
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	[[File:Smart-move_logo.png\|300px]]		[[File:Smart-move_logo.png\|300px]]

	* Team : Anthony Geourjon (leader), Timothée Lemaire, Vincent Turrin		* Team : Anthony Geourjon (leader), Timothée Lemaire, Vincent Turrin & Clément Rouquier
	* Supervised by : Bernard Tourancheau, Didier Donsez		* Supervised by : Bernard Tourancheau, Didier Donsez

2017-11-28T23:31:39Z

Prototype

← Older revision		Revision as of 23:31, 28 November 2017
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	At the beginning, we would like implement SmartMove for the windsurfing. But the windsurfing was not the best choice to prototype a project like smart move. To test our work, we should go to the lake and build sealing equipment. To bypass these constraints, we choose to work with windskate instead of windsurfing. In terms of functionality, the both are very close and we can work everywhere with non sealing equipment.		At the beginning, we would like implement SmartMove for the windsurfing. But the windsurfing was not the best choice to prototype a project like smart move. To test our work, we should go to the lake and build sealing equipment. To bypass these constraints, we choose to work with windskate instead of windsurfing. In terms of functionality, the both are very close and we can work everywhere with non sealing equipment.

	All the details for the implementation of Smart Move for windskate are available here.		All the details for the implementation of Smart Move for windskate are available here (french, english version is in writing).

			[[Media:CahierDesChargesWindskate.pdf]]

	=Machine learning model=		=Machine learning model=

2017-11-28T23:25:35Z

← Older revision		Revision as of 23:25, 28 November 2017
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	The following is a little schema illustrating our model (in French).		The following is a little schema illustrating our model (in French).

	[[File:Smartmove model machine learning.PNG\|~~1000px~~]]		[[File:Smartmove model machine learning.PNG\|900px]]


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	Maneuver can be caracterized as the following : an almost static state, some active motion, back to an almost static state.		Maneuver can be caracterized as the following : an almost static state, some active motion, back to an almost static state.

			A move could be caracterized by an automate similar to this one.

			[[File:Smartmove automate move.PNG\|1000px]]


	This is the model as we see it now but it will evolve as we learn more about deep learning.		This is the model as we see it now but it will evolve as we learn more about deep learning.

2017-11-28T23:19:11Z

← Older revision		Revision as of 23:19, 28 November 2017
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	This is the model as we see it now but it will evolve as we learn more about deep learning.		This is the model as we see it now but it will evolve as we learn more about deep learning.

	Here is an example move.		Here is an example move :
	[[File:Maneuver example1.PNG\|600px]]		[[File:Maneuver example1.PNG\|600px]]

2017-11-28T23:18:07Z

← Older revision		Revision as of 23:18, 28 November 2017
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	=Machine learning model=		=Machine learning model=
	To recognize the windsurf maneuvers, we will use a two-layer architecture. For the first layer : each smart case, will recognize its own move. For example, acceleration data will help us define the sail position compared to the board. Along with the angular information, we could find one case current position.		To recognize the windsurf maneuvers, we will use a two-layer architecture. For the first layer : each smart case, will recognize its own move. For example, acceleration data will help us define the sail position compared to the board. Along with the angular information, we could find one case current position. The two board cases will allow us to keep a track of the current direction and the fallings.

			The following is a little schema illustrating our model (in French).

			[[File:Smartmove model machine learning.PNG\|1000px]]



	Those data will be inputs for the second layer which will identify the global windsurf move. This layer will easily learn while being supervised.		Those data will be inputs for the second layer which will identify the global windsurf move. This layer will easily learn while being supervised.
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	Here is an example move.		Here is an example move.
	[[File:Maneuver example1.PNG\|600px]]		[[File:Maneuver example1.PNG\|600px]]

			=Planning=

			This is our planing in its current state (29/11/2017) :

			[[File:Planning smartmove1.PNG\|1100px]]