Multi-Agent Programming Contest - Revision history

Guerreroast: Clean up

2024-08-14T17:32:05Z

Clean up

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	==History==		==History==
	In 2005 [[Jürgen Dix]] ([[Clausthal University of Technology]]), [[Mehdi Dastani]] ([[University Utrecht]]) and Peter Novák ([[Czech Technical University in Prague]]) have brought the contest into being and running. The competition originally focused on [[Logic programming]] of [[Multi-agent system]]s. The goals, raised in 2005, have proven to be a solid basis for multi-agent system development and are still valid:		In 2005, [[Jürgen Dix]] ([[Clausthal University of Technology]]), [[Mehdi Dastani]] ([[University Utrecht]]) and Peter Novák ([[Czech Technical University in Prague]]) have brought the contest into being and running. The competition originally focused on [[Logic programming]] of [[Multi-agent system]]s. The goals, raised in 2005, have proven to be a solid basis for multi-agent system development and are still valid:
	#'''Identification of key problems'''		#'''Identification of key problems'''
	#'''To collect suitable benchmarks'''.		#'''To collect suitable benchmarks'''.
	In 2007, a third goal has been added:		In 2007, a third goal has been added:
	#<li value="3"> '''To gather test cases which require and enforce coordinated action'''.		<li value="3"> '''To gather test cases which require and enforce coordinated action'''.

	<!--Die Intention der Organisatoren liegt dabei nicht auf der Lösung des Problems an sich, sondern darauf, dass sich ein System aus [[Software-Agent\|autonomen Programmen]] so koordiniert, dass sie gemeinsam die Aufgabe bewältigen, und '''wie''' die Teilnehmer des Wettbewerbs die Lösung erarbeiten.
	-->
	Although it is necessary to find a solution for the contest quest to win, the organizers pursue the intention that the solution is a system of cooperating [[Software agent\|autonomous programs]] that achieve the objectives together. They are also interested in '''how''' the contest participants develop the solution.		Although it is necessary to find a solution for the contest quest to win, the organizers pursue the intention that the solution is a system of cooperating [[Software agent\|autonomous programs]] that achieve the objectives together. They are also interested in '''how''' the contest participants develop the solution.

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	===Food collectors===		===Food collectors===
	<!--In einer zweidimensionalen Kästchenwelt (Karte) müssen mehrere Agenten Nahrung suchen und zu einem Depot bringen. Die Agenten sehen dabei immer nur einen Ausschnitt der Karte und bewegen sich von Kästchen zu Kästchen. Initial gibt es keine Nahrung auf der Karte. Diese erscheint erst nach und nach, sodass die Agenten die Karte ständig absuchen müssen. Dieses Szenario kam 2005 zu Einsatz.-->
	Agents have to look for food and bring it to a depot on a two-dimensional grid world. Each cell can contain an agent, or food. The agents can only see a small part of the map. Initially there is no food available, it appears randomly during the game, so that agents need to search the map constantly in order to win. This scenario was used in 2005.		Agents have to look for food and bring it to a depot on a two-dimensional grid world. Each cell can contain an agent, or food. The agents can only see a small part of the map. Initially there is no food available, it appears randomly during the game, so that agents need to search the map constantly in order to win. This scenario was used in 2005.

	===Gold miners===		===Gold miners===
	<!--In einer Kästchenwelt (Karte) gibt es Gold, welches von den Agenten des eigenen Teams gefunden und zum Depot transportiert werden muss. Die Schwierigkeit bei diesem Szenario sind Bäume, die im Weg stehen und ein mehr oder weniger kompliziertes Labyrinth bilden. Außerdem sucht auf dieser Karte ein zweites Team ebenfalls nach Gold. Dieses Szenario kam in den Wettkämpfen von 2006 und 2007 zum Einsatz. 2007 wird das Szenario erweitert für höhere Komplexität: mehr Agenten auf der Karte, mehr Gold tragen, Konkurrenten wegschupsen.-->
	On a grid based map, teams of agents look for gold and transport it to the depot. As opposed to the food scenario, cells can also contain trees which block the agents and can form more or less complex labyrinths. Also, there are now two opposing teams competing for the gold. This scenario was used in the contests of 2006 and 2007. In 2007, the scenario was extended to allow the agents to carry more than one piece of gold, and to push opposing agents aside.		On a grid based map, teams of agents look for gold and transport it to the depot. As opposed to the food scenario, cells can also contain trees which block the agents and can form more or less complex labyrinths. Also, there are now two opposing teams competing for the gold. This scenario was used in the contests of 2006 and 2007. In 2007, the scenario was extended to allow the agents to carry more than one piece of gold, and to push opposing agents aside.

	===Cowboys===		===Cowboys===
	<!--In einer Kästchenwelt gibt es Bäume, Viehgatter und Kühe, die von zwei Gruppen von Agenten (Cowboys) in das jeweils eigene Gatter getrieben werden sollen. Ziel ist es, so viel Kühe wie möglich in das eigene Gatter zu treiben. Dabei zeigen die Kühe in ihrem Verhalten [[Schwarmintelligenz]]. Außerdem haben sie Angst vor den Cowboys und reißen ständig aus. Dieses Szenario kam in den Wettbewerben 2008, 2009 und 2010 zu Einsatz. 2009 wird das Szenario um Zäune ergänzt, die sich durch die Cowboy-Agenten öffnen lassen.-->
	A grid based map contains trees, corrals, cows and agents. Two opposing teams try to drive as many cows as possible in ones corral. Cows behave using [[Swarm intelligence]]. They are also afraid of cowboys and try and run away. This scenario was used in 2008, 2009 and 2010. For the last two years, gates were introduced to make the scenario more challenging.		A grid based map contains trees, corrals, cows and agents. Two opposing teams try to drive as many cows as possible in ones corral. Cows behave using [[Swarm intelligence]]. They are also afraid of cowboys and try and run away. This scenario was used in 2008, 2009 and 2010. For the last two years, gates were introduced to make the scenario more challenging.

	===Agents on Mars===		===Agents on Mars===
	<!--2011 beginnt mit dem Szenario ''Agenten auf dem Mars''. Das Ziel ist, ein Team von kooperierenden Agenten mit unterschiedlichen Rollen zu programmieren, um den Planeten Mars zu erobern. Die Herausforderung dieses Szenarios ist die höhere Komplexität, die daraus resultiert, dass es fünf verschiedene Rollen mit unterschiedlichen Eigenschaften und Fähigkeiten sinnvoll zu besetzen gilt, damit das Ziel erreicht wird.-->
	The 2011 contest introduces a scenario called agents on mars. Goal is to conquer as much space on mars as possible, using a team of cooperating agents. The challenge here is the higher complexity resulting from the introduction of five roles with different properties and abilities, which have to be used to scout, conquer, and keep the conquered land.		The 2011 contest introduces a scenario called agents on mars. Goal is to conquer as much space on mars as possible, using a team of cooperating agents. The challenge here is the higher complexity resulting from the introduction of five roles with different properties and abilities, which have to be used to scout, conquer, and keep the conquered land.
	The team HactarV2 from the TU-Delft won the 2011 competition while using the [[GOAL agent programming language\|GOAL]] programming language.		The team HactarV2 from the TU-Delft won the 2011 competition while using the [[GOAL agent programming language\|GOAL]] programming language.

Guerreroast: Adding short description: "Annual programming competition"

2024-08-14T17:31:05Z

Adding short description: "Annual programming competition"

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			{{Short description\|Annual programming competition}}
	{{no footnotes\|date=April 2012}}		{{no footnotes\|date=April 2012}}
	The '''Multi-Agent Programming Contest''' is an annual international programming competition with stated goal of stimulating research in the area of [[multi-agent system]] development and [[Agent-oriented programming\|programming]].		The '''Multi-Agent Programming Contest''' is an annual international programming competition with stated goal of stimulating research in the area of [[multi-agent system]] development and [[Agent-oriented programming\|programming]].

David Eppstein: Francesca Toni

2024-01-22T21:29:23Z

Francesca Toni

← Previous revision		Revision as of 21:29, 22 January 2024
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	==References==		==References==
	* Toni, Francesca; Torroni, Paolo (Eds.): Computational Logic in Multi-Agent Systems. 6th International Workshop, CLIMA VI 2005. Springer 2006 - {{ISBN\|978-3-540-33996-0}}.		* [[Francesca Toni\|Toni, Francesca]]; Torroni, Paolo (Eds.): Computational Logic in Multi-Agent Systems. 6th International Workshop, CLIMA VI 2005. Springer 2006 - {{ISBN\|978-3-540-33996-0}}.
	* Dastani, M.; El Fallah Seghrouchni, A.; Ricci, A.; Winikoff, M. (Eds.): Programming Multi-Agent Systems. Fifth International Workshop, ProMAS 2007. Springer 2008 - {{ISBN\|978-3-540-79042-6}}		* Dastani, M.; El Fallah Seghrouchni, A.; Ricci, A.; Winikoff, M. (Eds.): Programming Multi-Agent Systems. Fifth International Workshop, ProMAS 2007. Springer 2008 - {{ISBN\|978-3-540-79042-6}}
	* [https://web.archive.org/web/20110727101650/http://www.multiagentcontest.org/downloads?func=download&id=230&chk=53baa46440aa6866561ae0b9154856a3&no_html=1 Tristan Behrens, Mehdi Dastani, Jürgen Dix, Michael Köster, Peter Novak: Multi-Agent Contest 2009 Edition]		* [https://web.archive.org/web/20110727101650/http://www.multiagentcontest.org/downloads?func=download&id=230&chk=53baa46440aa6866561ae0b9154856a3&no_html=1 Tristan Behrens, Mehdi Dastani, Jürgen Dix, Michael Köster, Peter Novak: Multi-Agent Contest 2009 Edition]

Geysirhead: removed Category:Multi-agent systems; added Category:Agent-based model using HotCat

2023-03-30T13:24:54Z

removed Category:Multi-agent systems; added Category:Agent-based model using HotCat

← Previous revision		Revision as of 13:24, 30 March 2023
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	[[Category:Programming contests]]		[[Category:Programming contests]]
	[[Category:Information science]]		[[Category:Information science]]
	[[Category:~~Multi~~-~~agent~~ ~~systems~~]]		[[Category:Agent-based model]]

Conan: Bot: Removing category :Category:Artificial intelligence which is already in :Category:Multi-agent systems

2022-12-24T17:12:13Z

Bot: Removing category Category:Artificial intelligence which is already in Category:Multi-agent systems

← Previous revision		Revision as of 17:12, 24 December 2022
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	* [http://www.multiagentcontest.org/ Multi-Agent Programming Contest]		* [http://www.multiagentcontest.org/ Multi-Agent Programming Contest]

	[[Category:Artificial intelligence]]
	[[Category:Logic in computer science]]		[[Category:Logic in computer science]]
	[[Category:Programming contests]]		[[Category:Programming contests]]

InternetArchiveBot: Rescuing 1 sources and tagging 0 as dead. #IABot (v1.6.2)

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	* Toni, Francesca; Torroni, Paolo (Eds.): Computational Logic in Multi-Agent Systems. 6th International Workshop, CLIMA VI 2005. Springer 2006 - {{ISBN\|978-3-540-33996-0}}.		* Toni, Francesca; Torroni, Paolo (Eds.): Computational Logic in Multi-Agent Systems. 6th International Workshop, CLIMA VI 2005. Springer 2006 - {{ISBN\|978-3-540-33996-0}}.
	* Dastani, M.; El Fallah Seghrouchni, A.; Ricci, A.; Winikoff, M. (Eds.): Programming Multi-Agent Systems. Fifth International Workshop, ProMAS 2007. Springer 2008 - {{ISBN\|978-3-540-79042-6}}		* Dastani, M.; El Fallah Seghrouchni, A.; Ricci, A.; Winikoff, M. (Eds.): Programming Multi-Agent Systems. Fifth International Workshop, ProMAS 2007. Springer 2008 - {{ISBN\|978-3-540-79042-6}}
	* [http://www.multiagentcontest.org/downloads?func=download&id=230&chk=53baa46440aa6866561ae0b9154856a3&no_html=1 Tristan Behrens, Mehdi Dastani, Jürgen Dix, Michael Köster, Peter Novak: Multi-Agent Contest 2009 Edition]		* [https://web.archive.org/web/20110727101650/http://www.multiagentcontest.org/downloads?func=download&id=230&chk=53baa46440aa6866561ae0b9154856a3&no_html=1 Tristan Behrens, Mehdi Dastani, Jürgen Dix, Michael Köster, Peter Novak: Multi-Agent Contest 2009 Edition]
	* Multi-agent Programming Contest 2013: The Teams and the Design of their Systems. In: M. Cossentino, A. El Fallah Seghrouchni, M. Winikoff (Eds.): Engineering Multi-Agent Systems. 1st Intl. Workshop. EMAS 2013. Revised Selected Papers. Springer 2013 - {{ISBN\|978-3-642-45343-4}}		* Multi-agent Programming Contest 2013: The Teams and the Design of their Systems. In: M. Cossentino, A. El Fallah Seghrouchni, M. Winikoff (Eds.): Engineering Multi-Agent Systems. 1st Intl. Workshop. EMAS 2013. Revised Selected Papers. Springer 2013 - {{ISBN\|978-3-642-45343-4}}

PrimeBOT: Replace magic links with templates per local RfC - BRFA

2017-06-24T22:02:51Z

Replace magic links with templates per local RfC - BRFA

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	==References==		==References==
	* Toni, Francesca; Torroni, Paolo (Eds.): Computational Logic in Multi-Agent Systems. 6th International Workshop, CLIMA VI 2005. Springer 2006 - ISBN 978-3-540-33996-0.		* Toni, Francesca; Torroni, Paolo (Eds.): Computational Logic in Multi-Agent Systems. 6th International Workshop, CLIMA VI 2005. Springer 2006 - {{ISBN\|978-3-540-33996-0}}.
	* Dastani, M.; El Fallah Seghrouchni, A.; Ricci, A.; Winikoff, M. (Eds.): Programming Multi-Agent Systems. Fifth International Workshop, ProMAS 2007. Springer 2008 - ISBN 978-3-540-79042-6		* Dastani, M.; El Fallah Seghrouchni, A.; Ricci, A.; Winikoff, M. (Eds.): Programming Multi-Agent Systems. Fifth International Workshop, ProMAS 2007. Springer 2008 - {{ISBN\|978-3-540-79042-6}}
	* [http://www.multiagentcontest.org/downloads?func=download&id=230&chk=53baa46440aa6866561ae0b9154856a3&no_html=1 Tristan Behrens, Mehdi Dastani, Jürgen Dix, Michael Köster, Peter Novak: Multi-Agent Contest 2009 Edition]		* [http://www.multiagentcontest.org/downloads?func=download&id=230&chk=53baa46440aa6866561ae0b9154856a3&no_html=1 Tristan Behrens, Mehdi Dastani, Jürgen Dix, Michael Köster, Peter Novak: Multi-Agent Contest 2009 Edition]
	* Multi-agent Programming Contest 2013: The Teams and the Design of their Systems. In: M. Cossentino, A. El Fallah Seghrouchni, M. Winikoff (Eds.): Engineering Multi-Agent Systems. 1st Intl. Workshop. EMAS 2013. Revised Selected Papers. Springer 2013 - ISBN 978-3-642-45343-4		* Multi-agent Programming Contest 2013: The Teams and the Design of their Systems. In: M. Cossentino, A. El Fallah Seghrouchni, M. Winikoff (Eds.): Engineering Multi-Agent Systems. 1st Intl. Workshop. EMAS 2013. Revised Selected Papers. Springer 2013 - {{ISBN\|978-3-642-45343-4}}

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

Fgnievinski: removed Category:Applied informatics; added Category:Information science using HotCat

2016-06-14T22:32:19Z

removed Category:Applied informatics; added Category:Information science using HotCat

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	[[Category:Logic in computer science]]		[[Category:Logic in computer science]]
	[[Category:Programming contests]]		[[Category:Programming contests]]
	[[Category:~~Applied~~ ~~informatics~~]]		[[Category:Information science]]
	[[Category:Multi-agent systems]]		[[Category:Multi-agent systems]]

Axleh: /* References */

2014-04-08T13:15:33Z

References

← Previous revision		Revision as of 13:15, 8 April 2014
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	* Dastani, M.; El Fallah Seghrouchni, A.; Ricci, A.; Winikoff, M. (Eds.): Programming Multi-Agent Systems. Fifth International Workshop, ProMAS 2007. Springer 2008 - ISBN 978-3-540-79042-6		* Dastani, M.; El Fallah Seghrouchni, A.; Ricci, A.; Winikoff, M. (Eds.): Programming Multi-Agent Systems. Fifth International Workshop, ProMAS 2007. Springer 2008 - ISBN 978-3-540-79042-6
	* [http://www.multiagentcontest.org/downloads?func=download&id=230&chk=53baa46440aa6866561ae0b9154856a3&no_html=1 Tristan Behrens, Mehdi Dastani, Jürgen Dix, Michael Köster, Peter Novak: Multi-Agent Contest 2009 Edition]		* [http://www.multiagentcontest.org/downloads?func=download&id=230&chk=53baa46440aa6866561ae0b9154856a3&no_html=1 Tristan Behrens, Mehdi Dastani, Jürgen Dix, Michael Köster, Peter Novak: Multi-Agent Contest 2009 Edition]
			* Multi-agent Programming Contest 2013: The Teams and the Design of their Systems. In: M. Cossentino, A. El Fallah Seghrouchni, M. Winikoff (Eds.): Engineering Multi-Agent Systems. 1st Intl. Workshop. EMAS 2013. Revised Selected Papers. Springer 2013 - ISBN 978-3-642-45343-4

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

Yobot: /* History */WP:CHECKWIKI error fixes using AWB (9780)

2013-12-07T10:22:58Z

History: WP:CHECKWIKI error fixes using AWB (9780)

← Previous revision		Revision as of 10:22, 7 December 2013
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	==History==		==History==
	In 2005 [[Jürgen Dix]] ([[Clausthal University of Technology]]), [[Mehdi Dastani]] ([[University Utrecht~~\|University_Utrecht~~]]) and Peter Novák ([[Czech Technical University in Prague]]) have brought the contest into being and running. The competition originally focused on [[Logic programming]] of [[Multi-agent system]]s. The goals, raised in 2005, have proven to be a solid basis for multi-agent system development and are still valid:		In 2005 [[Jürgen Dix]] ([[Clausthal University of Technology]]), [[Mehdi Dastani]] ([[University Utrecht]]) and Peter Novák ([[Czech Technical University in Prague]]) have brought the contest into being and running. The competition originally focused on [[Logic programming]] of [[Multi-agent system]]s. The goals, raised in 2005, have proven to be a solid basis for multi-agent system development and are still valid:
	#'''Identification of key problems'''		#'''Identification of key problems'''
	#'''To collect suitable benchmarks'''.		#'''To collect suitable benchmarks'''.

← Previous revision		Revision as of 17:31, 14 August 2024
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			{{Short description\|Annual programming competition}}
	{{no footnotes\|date=April 2012}}		{{no footnotes\|date=April 2012}}
	The '''Multi-Agent Programming Contest''' is an annual international programming competition with stated goal of stimulating research in the area of [[multi-agent system]] development and [[Agent-oriented programming\|programming]].		The '''Multi-Agent Programming Contest''' is an annual international programming competition with stated goal of stimulating research in the area of [[multi-agent system]] development and [[Agent-oriented programming\|programming]].