Projects
Projects
- Performing tasks on the cloud — Alex Grassi, Alessandro Foschi, Giacomo Fiore
- Self-Organisation and Adaptation within MAS: the crowd evacuation example — Andrea Pagliarani, Karin Pasini, Alessandro Battelli, Michele Matteini
- Condivisione di servizi con JADE — Cornel Moisuc
- Bio-inspired Design Patterns in MAS — Pietro Brunetti, Angelo Croatti, Francesca Marchi
- Hovering Information using JADE on Android — Luca Ricchi, Andrea Tomasello, Lorenzo Perlini
- Home Automation in JADE — Alessandro Zoffoli, Mattia Baldani
- Logiche di Produzione con Sistemi Distribuiti — Cristiano Bragagni
- Utilizzo di MAS per la realizzazione di sistemi biologici: il compartimento cellulare — Nicolò Sordoni, Davide Solazzi
- Smart Buses: Agent Aided Management — Michele Amati, Matteo Corfiati, Federico Fucci, Fabrizio Masini
- Indicizzazione di siti Web in JADE — Diego Alicata
- Automated Agent-Oriented Real-Time Skidding Controller — Marco Carlo Cavalazzi, Mattia Castrichino
- eChat: Facebook integrated chat using JADE on Android — Tomas Fedeli, Davide Gianessi
- Sistema di gestione slot machine — Luca Lo Iacono, Andi Pavllo, Antonio Magnani
- RSS-based sources of knowledge in MoK-News — Andrea Corzani, Elia Zoffoli, Claudia Capelli
- UrbaNews — Emanuele Buccelli, Francesco Degli Angeli, Marco Leali
- TuCSoN 4 JADE — Luca Sangiorgi
- TOTA on TuCSoN — Fabio Paolucci, Roberto Togni
- Drone Explorer — Federico Foschini, Stefano Braggion, Luca Maestri, Riccardo Delvecchio
- Digital Pheromones in Distributed Systems — Riccardo Manduchi
- Mobile Semantic XWiki: APICe as a case study — Andrea Buscarini, Pietro Nompleggio, Marco Zaccheroni
- Ricerca ottimizzata dei PDI (Punti d'Interesse) — Stefano Morganti
Resources
Proposals
- Exploring Uniform Primitives' Expressiveness: A catalog of Self-Organising Patterns
- Goal
- Modelling, designing and implementing a "catalog" of self-organising patterns/mechanisms/behaviours enabled by uniform primitives solely
- References
- Goal
- Situated ReSpecT for TuCSoN
- Goal
- discussing and possibly implementing situatedness-related concepts and facilities within the TuCSoN infrastructure</p>
- References
- Goal
- Timed ReSpecT for TuCSoN
- Goal
- discussing, experimenting and possibly implementing/extending/correcting time-related concepts and facilities within the TuCSoN infrastructure</p>
- References
- Goal
- (Biological) Simulation over TuCSoN Middleware
- Goal
- discussing and possibly extending a coordination framework to towards biological simulations in a distributed setting</p>
- References
- Goal
- The GAMMA model within TuCSoN
- Goal
- discussing and possibly implementing the GAMMA computational model within the TuCSoN infrastructure by exploiting ReSpecT reactions
- References
- Goal
- LogOp as a spatial extension to Linda coordination primitives
- Goal
- discussing and possibly implementing (part of) the LogOp model to enable scope-based coordination
- References
- Goal
- Co-fields on a tuple-based middleware
- Goal
- discussing and possibly implementing (part of) the Co-fields model on TuCSoN to enable field-based coordination
- References
- Goal