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From version 30.1
edited by Andrea Omicini
on 12/12/2020 01:18
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To version 26.1
edited by Andrea Omicini
on 12/12/2020 01:15
Change comment: Deleted image "logoHM2.jpg"

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52 52  
53 53  == #moklong() ==
54 54  
55 -(% class="imgfloatleft" %)((([[image:MoK.WebHome@mok-logo.png||height="70" width="130" align="left"]])))
55 +(% class="imgfloatleft" %)((([[image:MoK.WebHome@mok-logo.png.jpg||height="70" width="130" align="left"]])))
56 56  
57 57  #moklong() (#mok() for short) is a model for knowledge self-organisation, exploiting the biochemical metaphor for its basic abstractions, and biochemical coordination as its coordination model.
58 58  
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82 82  
83 83  == #respect() ==
84 84  
85 -(% class="imgfloatleft" %)((([[image:ReSpecT.WebHome@r!_logo.png||height="109" width="100" align="left"]])))
85 +(% class="imgfloatleft" %)((([[image:r_logo.png||height="109" width="100" align="left"]])))
86 86  
87 87  #respect() is a logic-based coordination language both to define the behaviour of tuple centres and to coordinate software agents.
88 88  
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98 98  
99 99  == #simpa() ==
100 100  
101 -(% class="imgfloatleft" %)((([[image:SimpA.WebHome@simpa-logo.jpg||height="109" width="100" align="left"]])))
101 +(% class="imgfloatleft" %)((([[image:simpa-logo.jpg||height="109" width="100" align="left"]])))
102 102  
103 103  #simpa() is a framework extending the basic Java environment with an agent-oriented abstraction layer for programming complex (concurrent in particular) applications.
104 104  
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122 122  
123 123  == #soda() ==
124 124  
125 -(% class="imgfloatleft" %)((([[image:SODA.WebHome@soda-logo.png||height="109" width="101" align="left"]])))
125 +(% class="imgfloatleft" %)((([[image:soda-logo.png||height="109" width="101" align="left"]])))
126 126  #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.
127 127  Instead, #soda() concentrated on //inter-agent// issues, like the engineering of societies and infrastructures for multi-agent systems.
128 128  Recently a new and extended version of the methodology has been proposed, which takes into account both the Agents and Aartifacts (#aea()) meta-model, and a mechanism to manage the complexity of system description.
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133 133  
134 134  == #traumatracker() ==
135 135  
136 -(% class="imgfloatleft" %)((([[image:TraumaTracker.WebHome@TT-logo.png||height="100" width="100" align="left"]])))
136 +(% class="imgfloatleft" %)((([[image:TT-logo.png||height="100" width="100" align="left"]])))
137 137  
138 138  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.
139 139  
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145 145  
146 146  == #tucson() ==
147 147  
148 -(% class="imgfloatleft" %)((([[image:TuCSoN.WebHome@tucson.jpg||height="137" width="100" align="left"]])))
148 +(% class="imgfloatleft" %)((([[image:tucson.jpg||height="137" width="100" align="left"]])))
149 149  
150 150  #tucson() (Tuple Centres over the Network) is a model (and related infrastructure and technology) for the coordination of Internet agents.
151 151  
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162 162  
163 163  == #tuprolog() ==
164 164  
165 -(% class="imgfloatleft" %)((([[image:Tuprolog.WebHome@2p-logo.png||height="109" width="100" align="left"]])))
165 +(% class="imgfloatleft" %)((([[image:2p-logo.png||height="109" width="100" align="left"]])))
166 166  #tuprolog() is a Java-based light-weight Prolog for Internet applications and infrastructures. For this purpose, #tuprolog() is designed to feature some interesting qualities: it is //easily deployable//, just requiring the presence of a Java VM and an invocation upon a single JAR file; its core is both //minimal//, taking the form of a tiny Java object containing only the most essential properties of a Prolog engine, and //configurable//, thanks to the loading and unloading of predicates, functors and operators embedded in libraries; the //integration between Prolog and Java// is as wide, deep, clean as possible; finally, //interoperability// is developed along the two main lines of Internet standard patterns and coordination models.
167 167  
168 168  **Space**: [[#tuprolog() Home>>Tuprolog.WebHome]]
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