Personal Information
Unternehmen/Arbeitsplatz
Forlì Cesena Area, Italy Italy
Beruf
Full Professor at Alma Mater Studiorum - Università di Bologna
Branche
Education
Webseite
andreaomicini.apice.unibo.it
Info
I am Full Professor at the Alma Mater Studiorum, the University of Bologna. As a researcher, I am working on coordination, agents, software engineering, intelligent systems, simulation, and self-organisation. As a professor, I am teaching distributed systems, multi-agent systems, and autonomous systems.
I have two wonderful sons, Enea & Noè, and I play basketball. I like reading books and comics, listening to many sorts of music, as well as watching / playing almost every kind of sports. I am also slightly technology-addicted, and maybe not-so-slightly Apple-bound. Food, drinks, and all the other sorts of pleasures of the flesh? Well, of course: I am Italian, after all.
Tags
coordination models
coordination
multi-agent systems
tucson
logic programming
tuple-based coordination
complex systems
iot
lpaas
socio-technical systems
mas
molecules of knowledge
intelligent systems
tuprolog
pervasive computing
middleware
statistical mechanics
nature-inspired computation
knowledge-intensive environments
self-organisation
self-organising systems
nature-inspired models
intelligent agents
explainable ai
blockchain
labelled logic programming
autonomy
prolog
nature-ispired computing
stochastic systems
software agents
uniform primitives
stochastic coordination
neuro-symbolic integration
symbolic knowledge extraction
symbolic knowledge injection
trustworthy ai
explainable artificial intelligence
symbolic vs. sub-symbolic
explanation-ready agents
symbolic vs. subsymbolic
social intelligence
mmas
communication intelligence
conversational systems
autonomous systems
conversation
chatbots
digital democracy
linda
stream processing
xpath
services
artificial intelligence
interoperability
anonymisation
contact centres
big data
bison project
m-health
agent-based modelling and simulation
diabetes mellitus
self-management of chronic diseases
unreal engine
unity3d
game engines
environment
agent societies
jason
jade
multi-paradigm programming
2paas
spatial computing
academic publishing
open access
behavioural implicit communication
asynchronous operation invocation
rbac-mas
event-based systems
ebs
autonomy; autonomous systems; multi-agent systems;
expressiveness of coordination models
uniform
collective adaptive systems
mas; coordination; situated action; middleware; tu
coordination middleware
situated action
aose
biochemical
agent-based modelling & simulation
tucson4jade
autonomy; autonomous systems; intentional agents;
autonomy; autonomous systems
cloud computing
space-aware systems
event-driven programming
software architecture
facebook
liquidfeedback
interacting systems
mok
kie
biochemical tuple spaces
mok-news
news management systems
data mining
model checking
behaviour prediction
behaviour analysis
semantic coordination
sosc
futurict
european projects
bulk primitives
distributed computing
respect
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