Show last authors
1 ={{stringEngIta ita="Progetti" eng="Projects"/}}=
2
3 * Stefano Montesi. [[Digital Pheromones in Multiagent Systems>>Courses.SmaLm1213Projects-DigitalPheromones]]
4 * Luca Mella. [[Simulating social-based forwarding in opportunistic networks>>SmaLm1213Project-SocialForwarding]]
5 * Andrea Arnoffi, Michele Bombardi, Chiara Casalboni, Mattia Ricci. [[Agents' Kingdom>>Courses.SmaLm1213Projects-AgentsKingdom]]
6 * Michele Pratiffi. [[Applicazione delle tecniche di Text Mining all’interno di algoritmi di clustering per articoli scientifici>>Courses.SmaLm1213Projects-MoKTextMining]]
7 * Daniele Bellavista. [[Hovering information>>Courses.SmaLm1213Projects-HoveringInfo]]
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9 >{{stringEngIta ita="Proposte" eng="Proposals"/}}
10
11 * Roli
12 ** Evolution of Braitenberg controllers. Goal: pray-predator behaviour
13 ** Implementation of Braitenberg controllers in a Lego Mindstorm robot. Goal: test vehicles 2 and 3
14 ** Design of a subsumption architecture such that the robot is able to perform obstacle avoidance and phototaxis
15 ** Evolution of a neural network controller (or any network variant, such as Boolean network) for obstacle avoidance or phototaxis or both
16 ** Evolution of a neural network controller (or any network variant, such as Boolean network) for collective behaviour, such as gathering or flocking
17 ** Evolution of a neural network controller (or any network variant, such as Boolean network) for maze solving
18 ** Sequence learning task in BN robotics. Goal: T-maze behaviour
19 ** Information measures and intelligent behaviour: evolution of a neural network controller (or any network variant, such as Boolean network) such that a group of robots maximises the average mutual information or the LMC complexity or a similar information measure
20 ** Implement the robot program described in Labella et al., Division of labor in a group of robots inspired by ants' foraging behavior, ACM Transactions on Autonomous and Adaptive Systems, Volume 1 Issue 1, 2006, and do some statistics.
21 * Omicini
22 ** Stigmergic coordination in JADE & {{tucson/}}
23 ** BDI architecture upon JADE / Jason on JADE
24 ** Timed coordination in {{respect/}}: status & implementation
25 ** Situated {{respect/}}: status & implementation
26 ** Coordination in JADE
27 ** Speedy mouse vs. lazy mouse: ACLT on {{tucson/}}
28 ** ACLT "demo" operations vs. {{tuprolog/}} & {{respect/}}: theory & implementation
29 ** Biochemical coordination in {{tucson/}}: status & implementation
30 ** {{tuprolog/}} for {{respect/}} & {{tucson/}}: dependency, profiling, and optimisation
31 ** [[DALI>>http://costantini.di.univaq.it/Sito-Web-DALI/WEB-DALI/]] on {{tuprolog/}}
32 ** [[DCaseLP>>http://www.disi.unige.it/person/MascardiV/Software/DCaseLP.html]] with Jess, JADE and {{tuprolog/}}: state-of-the-art and possible developments
33 ** Exploring Uniform Primitives' Expressiveness: A catalog of Self-Organising Patterns (Modelling, designing and implementing a "catalog" of self-organising patterns/mechanisms/behaviours enabled by [[TuCSoN>>http://apice.unibo.it/xwiki/bin/view/TuCSoN/]] uniform primitives solely)
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35 >{{stringEngIta ita="Risorse" eng="Resources"/}}
36
37 * {{stringEngIta eng="Multi-Agent Systems’" ita="i"/}} [[{{stringEngIta eng="projects" ita="progetti"/}}>>MasProjects]] {{stringEngIta eng="through the years" ita="di Sistemi multi-agente attraverso gli anni"/}}

Course

— a.y.

2012/2013

— credits

9

— cycle

2nd cycle

— language

wit.gif

Teachers

— professor

Andrea Omicini

— other professors

Andrea Roli

Context

— university

Alma Mater Studiorum-Università di Bologna

— campus

Cesena

— department / faculty / school

Ingegneria CE (0031)

— 2nd cycle

 8200 Ingegneria informatica 

URLs & IDs

AMS page
course timetable

— course ID

34789

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