Changes for page Danilo Pianini’s read papers page

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• Page properties (1 modified, 0 added, 0 removed)

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Page properties

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...	...	@@ -2,25 +2,66 @@
2	2
3	3	== Papers I have already read ==
4	4
5		->{{pub}}AlvesCB2006{{/pub}}
	5	+{{pub}}AlvesCB2006{{/pub}}
6	6
	7	+>Comment
	8	+
7	7	Riassume bene e chiaramente le caratteristiche dei vari simulatori stocastici.
	10	+~--~--
	11	+----
8	8
9		->{{pub}}CrowdmodelingCybsys38{{/pub}}
	13	+#set( $uid = "BandiniCybSist2007" )
	14	+#set ($sql = ", BaseObject as obj, StringProperty as prop where obj.name=doc.fullName and obj.className='Publications.PublicationClass' and obj.name<>'Publications.PublicationClassTemplate' and prop.id.id=obj.id and prop.name='univocalID' and (prop.value like '%$uid')")
	15	+#foreach ($pub in $xwiki.searchDocuments($sql))
	16	+#pubATVblock($xwiki.getDocument($pub).name)
	17	+#end
10	10
	19	+====== Comment: ======
	20	+
11	11	Viene presentato il modello SCA per la modellazione di sistemi complessi, dicendo che per ora i tool esistenti (e.g. Repast) mancano di un modello ben definito (anche Alchemist sfrutta la cosa). È interessante il supporto che offrono direttamente ai campi computazionali, mentre hanno limiti dovuti alla discretizzazione forzata sia spaziale che temporale. L'ambiente è sostanzialmente una rete di nodi. Non viene detto quale tipo di esecuzione venga effettuata dal motore di simulazione. Bellissimo l'aggancio sul motore 3D via MAX. Decisamente da non sottovalutare.
	22	+----
12	12
13		-{{pub}}CollectivesortSaso08{{/pub}}
	24	+----
14	14
15		->Cataloga le proprietà che deve possedere un mezzo di coordinazione per essere definito self-organizing. Sistema le tuple nei vari spazi utilizzando il brood sorting.
	26	+############################################################################################################
	27	+#set( $uid = "selforgcoord-saso08" )
	28	+#set ($sql = ", BaseObject as obj, StringProperty as prop where obj.name=doc.fullName and obj.className='Publications.PublicationClass' and obj.name<>'Publications.PublicationClassTemplate' and prop.id.id=obj.id and prop.name='univocalID' and (prop.value like '%$uid')")
	29	+#foreach ($pub in $xwiki.searchDocuments($sql))
	30	+#pubATVblock($xwiki.getDocument($pub).name)
	31	+#end
16	16
17		-{{pub}}CiocchettaFBTC2008{{/pub}}
	33	+====== Comment: ======
18	18
19		->Sostanzialmente, mi pare che si possa riassumere il tutto in una divisione per "h" delle concentrazioni dei reagenti. Più "h" è piccolo più ci si avvicina al modello ODE, dato che approssima le concentrazioni a numeri continui.
	35	+############################################################################################################
	36	+Cataloga le proprietà che deve possedere un mezzo di coordinazione per essere definito self-organizing. Sistema le tuple nei vari spazi utilizzando il brood sorting.
	37	+############################################################################################################
	38	+~--~--
20	20	----
	40	+############################################################################################################
	41	+#####################################COMMENTED CODE EXAMPLE#################################################
	42	+############################################################################################################
21	21
	44	+#### YOU MUST DEFINE HERE THE UID OF THE PAPER
	45	+#set( $uid = "CiocchettaFBTC2008" )
	46	+
	47	+#### THIS IS THE QUERY ON THE WIKI
	48	+#set ($sql = ", BaseObject as obj, StringProperty as prop where obj.name=doc.fullName and obj.className='Publications.PublicationClass' and obj.name<>'Publications.PublicationClassTemplate' and prop.id.id=obj.id and prop.name='univocalID' and (prop.value like '%$uid')")
	49	+<p/>
	50	+#### AND HERE IT GETS THE DOCUMENT
	51	+#foreach ($pub in $xwiki.searchDocuments($sql))
	52	+#pubATVblock($xwiki.getDocument($pub).name)
	53	+#end
	54	+
	55	+====== Comment: ======
	56	+
	57	+############################################################################################################
	58	+##############################################COMMENT BELOW#################################################
	59	+############################################################################################################
	60	+Sostanzialmente, mi pare che si possa riassumere il tutto in una divisione per "h" delle concentrazioni dei reagenti. Più "h" è piccolo più ci si avvicina al modello ODE, dato che approssima le concentrazioni a numeri continui.
22	22	----
23	23
	63	+----
	64	+
24	24	############################################################################################################
25	25	#set( $uid = "CohenCACM2011" )
26	26	#set ($sql = ", BaseObject as obj, StringProperty as prop where obj.name=doc.fullName and obj.className='Publications.PublicationClass' and obj.name<>'Publications.PublicationClassTemplate' and prop.id.id=obj.id and prop.name='univocalID' and (prop.value like '%$uid')")