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2	2	>Academic activities often result in //products// that can be shared and freely used, consisting mainly of software //technologies// — programming languages and frameworks, software infrastructures — but also including //methodologies// for the engineering of complex computational systems.
3	3	>Below, the current list of products actively supported, ordered alphabetically.
4	4
5		-(% style='text-align:center' %)((([[#alchemist()>>||anchor='alchemist']] | [[{{arg2p/}}>>||anchor='arg2p']] | [[ALOO>>||anchor='aloo']] | [[#cartago()>>||anchor='cartago']] | [[#hm()>>||anchor='homemanager']] | [[#lpaas()>>||anchor='lpaas']] | [[{{mok/}}>>||anchor='mok']] | [[MS-BioNET>>||anchor='msbionet']] | [[P@J>>||anchor='p@j']] | [[{{respect/}}>>||anchor='respect']] | [[simpA>>||anchor='simpa']] | [[simpAL>>||anchor='simpal']] | [[{{soda/}}>>||anchor='soda']] | [[#traumatracker()>>||anchor='traumatracker']] | [[{{tucson/}}>>||anchor='tucson']] | [[{{tuprolog/}}>>||anchor='tuprolog']])))
	5	+|[[#alchemist()>>||anchor='alchemist']] | [[{{arg2p/}}>>||anchor='arg2p']] | [[ALOO>>||anchor='aloo']] | [[#cartago()>>||anchor='cartago']] | [[#hm()>>||anchor='homemanager']] | [[#mok()>>||anchor='mok']] | [[MS-BioNET>>||anchor='msbionet']] | [[P@J>>||anchor='p@j']] | [[{{respect/}}>>||anchor='respect']] | [[simpA>>||anchor='simpa']] | [[simpAL>>||anchor='simpal']] | [[{{soda/}}>>||anchor='soda']] | [[{{tucson/}}>>||anchor='tucson']] | [[{{tuprolog/}}>>||anchor='tuprolog']]
6	6
7	7	{{id name='alchemist'/}}
8	8	== #alchemist() ==
9		-|[[image:Alchemist.WebHome@logo.svg||width='100em']]|(((
	9	+|[[image:Alchemist.WebHome@logo.svg||width='100']]|(((
10	10	#alchemist() is a simulation framework offering both high performance and flexibility. Alchemist tries to get the best from ABMs and stochastic simulators and build an hybrid
11	11	)))(((
12	12	**Space**: [[#alchemist() Home>>Alchemist.WebHome]]
...	...	@@ -53,17 +53,6 @@
53	53	**Contact**: [[Roberta Calegari>>RobertaCalegari.WebHome]]
54	54	)))
55	55
56		-{{id name='lpaas'/}}
57		-== #lpaas() ==
58		-|[[image:LPaaS.WebHome@2P-LPaaS.png||width='600']]|(((
59		-#lpaas() (short for #lpaasfull()) is a logic-based agreement framework enabling defeasible reasoning in intelligent systemsLogic Programming as a Service (LPaaS) is an evolution of the logic programming (LP) paradigm for intelligent IoT. It is a logic-based, service-oriented approach for distributed situated intelligence, conceived and designed as the natural evolution of LP in nowadays pervasive computing systems. Its purpose is to enable situated reasoning via explicit definition of the spatial-temporal structure of the environment where situated entities act and interact.
60		-)))(((
61		-**Space**: [[#lpaas() Home>>LPaaS.WebHome]]
62		-**Contact**: [[Roberta Calegari>>RobertaCalegari.WebHome]]
63		-
64		-)))
65		-
66		-
67	67	{{id name='mok'/}}
68	68	== #moklong() ==
69	69	|[[image:MoK.WebHome@mok-logo.png||width="200"]]|(((
...	...	@@ -107,7 +107,7 @@
107	107
108	108	{{id name='simpa'/}}
109	109	== #simpa() ==
110		-|[[image:SimpA.WebHome@simpa-logo.jpg||width="250"]]|(((
	99	+|[[image:SimpA.WebHome@simpa-logo.jpg||width="400"]]|(((
111	111	#simpa() is a framework extending the basic Java environment with an agent-oriented abstraction layer for programming complex (concurrent in particular) applications.
112	112
113	113	#simpa() is based on the #aea() (Agents and Artifacts) programming model, which introduces high-level metaphors taken from human society, namely agents - analogous to humans, as executors of activities and activities — and artifacts — analogous of the objects, resources, tools that are dynamically constructed, used, manipulated by humans to support / realise their individual and social activities.
...	...	@@ -125,8 +125,8 @@
125	125	**Contact**: [[Alessandro Ricci>>AlessandroRicci.WebHome]]
126	126	)))
127	127
128		-{{id name='soda'/}}
129	129	== #soda() ==
	118	+{{id name='soda'/}}
130	130	|[[image:SODA.WebHome@soda-logo.png||width="200"]]|(((
131	131	#soda() (Societies in Open and Distributed Agent spaces) is a methodology for the analysis and design of complex agent-based systems. #soda() is not concerned with //intra-agent issues//: designing a multi-agent system with #soda() leads to defining agents in terms of their required observable behaviour and their role in the multi-agent system.
132	132	Instead, #soda() concentrated on //inter-agent// issues, like the engineering of societies and infrastructures for multi-agent systems.
...	...	@@ -136,8 +136,8 @@
136	136	**Contact**: [[Ambra Molesini>>AmbraMolesini.WebHome]]
137	137	)))
138	138
139		-{{id name='traumatracker'/}}
140	140	== #traumatracker() ==
	129	+{{id name='traumatracker'/}}
141	141	|[[image:TraumaTracker.WebHome@TT-logo.png||width="500"]]|(((
142	142	Developed in collaboration with the Trauma Center and the Emergency Department of the "Bufalini" Hospital in Cesena, Italy, #traumatracker() is a project in which agent technologies are exploited to realise Personal Medical Digital Assistant Agents (PMDA) supporting a Trauma Team in trauma management operations. This project aims at exploring the fruitful integration of software personal agents with wearable/eyewear computing, based on mobile and wearable devices such as smart-glasses.
143	143
...	...	@@ -147,8 +147,8 @@
147	147	**Contact**: [[Angelo Croatti>>https://www.unibo.it/sitoweb/a.croatti/en]], [[Sara Montagna>>https://www.unibo.it/sitoweb/sara.montagna/en]], [[Alessandro Ricci>>https://www.unibo.it/sitoweb/a.ricci/en]]
148	148	)))
149	149
150		-{{id name='tucson'/}}
151	151	== #tucson() ==
	140	+{{id name='tucson'/}}
152	152	|[[image:TuCSoN.WebHome@tucson.jpg||width="200"]]|(((
153	153	#tucson() (Tuple Centres over the Network) is a model (and related infrastructure and technology) for the coordination of Internet agents.
154	154