Anthropomorphic robotics/Brainstorming/Visual systems - Revision history

wikademia>Dr. Eme: moved Archive:Anthropomorphic robotics/Brainstorming/Visual systems to Anthropomorphic robotics/Brainstorming/Visual systems over redirect

2009-08-12T19:30:19Z

moved Archive:Anthropomorphic robotics/Brainstorming/Visual systems to Anthropomorphic robotics/Brainstorming/Visual systems over redirect

← Older revision	Revision as of 19:30, 12 August 2009
(No difference)

wikademia>Wikademia: moved Anthropomorphic robotics/Brainstorming/Visual systems to Archive:Anthropomorphic robotics/Brainstorming/Visual systems

2009-06-12T08:59:42Z

moved Anthropomorphic robotics/Brainstorming/Visual systems to Archive:Anthropomorphic robotics/Brainstorming/Visual systems

← Older revision	Revision as of 08:59, 12 June 2009
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wikademia>Wikademia: Text replace - 'w:' to 'Wikipedia:'

2009-04-11T18:12:38Z

Text replace - 'w:' to 'Wikipedia:'

← Older revision		Revision as of 18:12, 11 April 2009
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	I saw a show on PBS on DARPA's grand challenge. Basically, the winning team (Stanford) how they were able to keep they car on the road and avoiding obstacles was they used laser scanners to build a 2D picture representing the 3D picture of the terrain using color. They showed how the cars brain (its computer) would laser scan the terrain and then using image processing on each frame would color areas like rocks on the road, ditches on the side of the road and other obstacles. This way the car would have one section of the road painted a certain color to indicate that it was safe to drive on.		I saw a show on PBS on DARPA's grand challenge. Basically, the winning team (Stanford) how they were able to keep they car on the road and avoiding obstacles was they used laser scanners to build a 2D picture representing the 3D picture of the terrain using color. They showed how the cars brain (its computer) would laser scan the terrain and then using image processing on each frame would color areas like rocks on the road, ditches on the side of the road and other obstacles. This way the car would have one section of the road painted a certain color to indicate that it was safe to drive on.

	So maybe a robot could do the same. If algorithms could be written efficiently enough to allow for a robot to discern the shapes of the world around it... then maybe it could interact with those shapes in meaningful ways. Perhaps [[w:Geometry_Processing\|geometry processing]] could be used.		So maybe a robot could do the same. If algorithms could be written efficiently enough to allow for a robot to discern the shapes of the world around it... then maybe it could interact with those shapes in meaningful ways. Perhaps [[Wikipedia:Geometry_Processing\|geometry processing]] could be used.

	I am by no means an expert, but it seems that maybe people sometimes forget the fact that computers don't have to think like people to create artificial intelligence, it just has to have that appearance.		I am by no means an expert, but it seems that maybe people sometimes forget the fact that computers don't have to think like people to create artificial intelligence, it just has to have that appearance.
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	===Wikipedia===		===Wikipedia===
	{{Col list\|2\|		{{Col list\|2\|
	*[[w:Computer_vision\|Computer Vision]]		*[[Wikipedia:Computer_vision\|Computer Vision]]
	*[[w:List_of_computer_vision_topics\|List of computer vision topics]]		*[[Wikipedia:List_of_computer_vision_topics\|List of computer vision topics]]
	*[[w:Machine_vision\|Machine Vision]]		*[[Wikipedia:Machine_vision\|Machine Vision]]
	*[[w:Pattern_recognition\|Pattern recognition]]		*[[Wikipedia:Pattern_recognition\|Pattern recognition]]
	*[[w:Predictive_analytics\|Predictive analytics]]		*[[Wikipedia:Predictive_analytics\|Predictive analytics]]
	*[[w:Machine_learning\|Machine learning]]		*[[Wikipedia:Machine_learning\|Machine learning]]
	*[[w:Data_mining\|Data mining]]		*[[Wikipedia:Data_mining\|Data mining]]
	*[[w:Prior_knowledge_for_pattern_recognition\|Prior knowledge for pattern recognition]]		*[[Wikipedia:Prior_knowledge_for_pattern_recognition\|Prior knowledge for pattern recognition]]
	*[[w:Unsupervised_learning\|Unsupervised learning]]		*[[Wikipedia:Unsupervised_learning\|Unsupervised learning]]
	*[[w:Genetic_algorithms\|Genetic algorithms]]		*[[Wikipedia:Genetic_algorithms\|Genetic algorithms]]
	*[[w:Data_clustering\|Data clustering]]		*[[Wikipedia:Data_clustering\|Data clustering]]
	*[[w:Self-organizing_map\|Self-organizing maps]]		*[[Wikipedia:Self-organizing_map\|Self-organizing maps]]
	*[[w:Artificial_Creativity\|Artificial creativity]]		*[[Wikipedia:Artificial_Creativity\|Artificial creativity]]
	*[[w:Biomimetics\|Biomimetics]]		*[[Wikipedia:Biomimetics\|Biomimetics]]
	*[[w:Artificial_intelligence\|Artificial intelligence]]		*[[Wikipedia:Artificial_intelligence\|Artificial intelligence]]
	*[[w:Biologically-inspired_computing\|Biologically inspired computing]]		*[[Wikipedia:Biologically-inspired_computing\|Biologically inspired computing]]
	*[[w:Cognitive_architecture\|Cognitive architecture]]		*[[Wikipedia:Cognitive_architecture\|Cognitive architecture]]
	}}		}}
	===Other resources===		===Other resources===

wikademia>Wikademia at 18:06, 11 April 2009

2009-04-11T18:06:21Z

← Older revision		Revision as of 18:06, 11 April 2009
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	[[Category:Anthropomorphic robotics]]		[[Category:Anthropomorphic robotics]]
	[[Category:Brainstorming]]		[[Category:Brainstorming]]
			{{ntnes}}

wikademia>Wikademia: 11 revisions

2009-04-10T20:05:32Z

11 revisions

← Older revision	Revision as of 20:05, 10 April 2009
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wikademia>Emesee at 04:27, 11 December 2008

2008-12-11T04:27:25Z

← Older revision		Revision as of 04:27, 11 December 2008
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	*[http://www.cs.rochester.edu/trs/robotics-trs.html Robotics technical papers (Jackpot)]		*[http://www.cs.rochester.edu/trs/robotics-trs.html Robotics technical papers (Jackpot)]

	[[Category:Anthropomorphic ~~Robotics~~]]		[[Category:Anthropomorphic robotics]]
	[[Category:Brainstorming]]		[[Category:Brainstorming]]

wikademia>Emesee: some rought brainstorming...

2008-08-21T07:28:04Z

some rought brainstorming...

← Older revision		Revision as of 07:28, 21 August 2008
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	I am by no means an expert, but it seems that maybe people sometimes forget the fact that computers don't have to think like people to create artificial intelligence, it just has to have that appearance.		I am by no means an expert, but it seems that maybe people sometimes forget the fact that computers don't have to think like people to create artificial intelligence, it just has to have that appearance.

			----
			Mapping indoor terrain, and other terrain, possibly also including outdoor terrain.

			The gist of these tentative thoughts are as follows.

			Stereoscopic cameras... and accelerometors.

			As long as the direction of the view is known, and the location of the cameras doing the viewing, and the distance of the object viewed.. as long as these are all known, could you not simply plot points in a digital three dimensional field, and have this as a map?

			Perhaps this has been down... You would need to take points in space... probably a bunch of points.... and then all this data could calculate the space... this probably needs more refineing before any sort of implementation. Where are/what are stereoscopic algorithms to determine distance?


	== External links ==		== External links ==

wikademia>Emesee: /* External links */ col list!

2008-08-21T07:24:19Z

External links: col list!

← Older revision		Revision as of 07:24, 21 August 2008
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	== External links ==		== External links ==
	===Wikipedia===		===Wikipedia===
			{{Col list\|2\|
	*[[w:Computer_vision\|Computer Vision]]		*[[w:Computer_vision\|Computer Vision]]
	*[[w:List_of_computer_vision_topics\|List of computer vision topics]]		*[[w:List_of_computer_vision_topics\|List of computer vision topics]]
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	*[[w:Biologically-inspired_computing\|Biologically inspired computing]]		*[[w:Biologically-inspired_computing\|Biologically inspired computing]]
	*[[w:Cognitive_architecture\|Cognitive architecture]]		*[[w:Cognitive_architecture\|Cognitive architecture]]
			}}
	===Other resources===		===Other resources===
	*[http://www.llnl.gov/str/Nov06/Paglieroni.html Interesting page on object recognition.]		*[http://www.llnl.gov/str/Nov06/Paglieroni.html Interesting page on object recognition.]

wikademia>Remi: Anthropomorphic Robotics/Brainstorming/Visual Systems for AI moved to Anthropomorphic robotics/Brainstorming/Visual systems: naming

2008-02-22T05:03:52Z

Anthropomorphic Robotics/Brainstorming/Visual Systems for AI moved to Anthropomorphic robotics/Brainstorming/Visual systems: naming

← Older revision	Revision as of 05:03, 22 February 2008
(No difference)

wikademia>Remi: Anthropomorphic Robotics/Brainstorming:Visual Systems for AI moved to Anthropomorphic Robotics/Brainstorming/Visual Systems for AI

2007-05-14T07:41:36Z

Anthropomorphic Robotics/Brainstorming:Visual Systems for AI moved to Anthropomorphic Robotics/Brainstorming/Visual Systems for AI

← Older revision	Revision as of 07:41, 14 May 2007
(No difference)

← Older revision		Revision as of 18:12, 11 April 2009
Line 18:		Line 18:
	I saw a show on PBS on DARPA's grand challenge. Basically, the winning team (Stanford) how they were able to keep they car on the road and avoiding obstacles was they used laser scanners to build a 2D picture representing the 3D picture of the terrain using color. They showed how the cars brain (its computer) would laser scan the terrain and then using image processing on each frame would color areas like rocks on the road, ditches on the side of the road and other obstacles. This way the car would have one section of the road painted a certain color to indicate that it was safe to drive on.		I saw a show on PBS on DARPA's grand challenge. Basically, the winning team (Stanford) how they were able to keep they car on the road and avoiding obstacles was they used laser scanners to build a 2D picture representing the 3D picture of the terrain using color. They showed how the cars brain (its computer) would laser scan the terrain and then using image processing on each frame would color areas like rocks on the road, ditches on the side of the road and other obstacles. This way the car would have one section of the road painted a certain color to indicate that it was safe to drive on.

	So maybe a robot could do the same. If algorithms could be written efficiently enough to allow for a robot to discern the shapes of the world around it... then maybe it could interact with those shapes in meaningful ways. Perhaps [[w:Geometry_Processing\|geometry processing]] could be used.		So maybe a robot could do the same. If algorithms could be written efficiently enough to allow for a robot to discern the shapes of the world around it... then maybe it could interact with those shapes in meaningful ways. Perhaps [[Wikipedia:Geometry_Processing\|geometry processing]] could be used.

	I am by no means an expert, but it seems that maybe people sometimes forget the fact that computers don't have to think like people to create artificial intelligence, it just has to have that appearance.		I am by no means an expert, but it seems that maybe people sometimes forget the fact that computers don't have to think like people to create artificial intelligence, it just has to have that appearance.
Line 37:		Line 37:
	===Wikipedia===		===Wikipedia===
	{{Col list\|2\|		{{Col list\|2\|
	*[[w:Computer_vision\|Computer Vision]]		*[[Wikipedia:Computer_vision\|Computer Vision]]
	*[[w:List_of_computer_vision_topics\|List of computer vision topics]]		*[[Wikipedia:List_of_computer_vision_topics\|List of computer vision topics]]
	*[[w:Machine_vision\|Machine Vision]]		*[[Wikipedia:Machine_vision\|Machine Vision]]
	*[[w:Pattern_recognition\|Pattern recognition]]		*[[Wikipedia:Pattern_recognition\|Pattern recognition]]
	*[[w:Predictive_analytics\|Predictive analytics]]		*[[Wikipedia:Predictive_analytics\|Predictive analytics]]
	*[[w:Machine_learning\|Machine learning]]		*[[Wikipedia:Machine_learning\|Machine learning]]
	*[[w:Data_mining\|Data mining]]		*[[Wikipedia:Data_mining\|Data mining]]
	*[[w:Prior_knowledge_for_pattern_recognition\|Prior knowledge for pattern recognition]]		*[[Wikipedia:Prior_knowledge_for_pattern_recognition\|Prior knowledge for pattern recognition]]
	*[[w:Unsupervised_learning\|Unsupervised learning]]		*[[Wikipedia:Unsupervised_learning\|Unsupervised learning]]
	*[[w:Genetic_algorithms\|Genetic algorithms]]		*[[Wikipedia:Genetic_algorithms\|Genetic algorithms]]
	*[[w:Data_clustering\|Data clustering]]		*[[Wikipedia:Data_clustering\|Data clustering]]
	*[[w:Self-organizing_map\|Self-organizing maps]]		*[[Wikipedia:Self-organizing_map\|Self-organizing maps]]
	*[[w:Artificial_Creativity\|Artificial creativity]]		*[[Wikipedia:Artificial_Creativity\|Artificial creativity]]
	*[[w:Biomimetics\|Biomimetics]]		*[[Wikipedia:Biomimetics\|Biomimetics]]
	*[[w:Artificial_intelligence\|Artificial intelligence]]		*[[Wikipedia:Artificial_intelligence\|Artificial intelligence]]
	*[[w:Biologically-inspired_computing\|Biologically inspired computing]]		*[[Wikipedia:Biologically-inspired_computing\|Biologically inspired computing]]
	*[[w:Cognitive_architecture\|Cognitive architecture]]		*[[Wikipedia:Cognitive_architecture\|Cognitive architecture]]
	}}		}}
	===Other resources===		===Other resources===