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The course is aimed at surveying the main computational paradigms, models, technologies and methods for the engineering of autonomous systems. In particular, the courses focuses on the following macro-themes:
the notion of autonomy in biological systems, artificial systems, and software systems
intelligence & autonomy: intelligent agents
system autonomy: coordination and self-organisation
Course contents
Autonomy of Biological Systems
Evolutionary Biology
Biological Autonomy
Autonomy & Evolution
Autonomy of Artificial Systems
Premises
On the Notion of Autonomy
Intentional Agents
System Autonomy & Self-Organisation
Autonomy in Complex Artificial Systems
Coordination for Self-Organisation & System Autonomy
learning outcomes
The course is aimed at surveying the main computational paradigms, models, technologies and methods for the engineering of autonomous systems. In particular, the course focuses on the following macro-themes:
the notion of autonomy in biological systems, artificial systems, and software systems
intelligence & autonomy: intelligent agents
system autonomy: coordination and self-organisation
course contents
Autonomy of Biological Systems
Evolutionary Biology
Biological Autonomy
Autonomy & Evolution
Autonomy of Artificial Systems
Premises
On the Notion of Autonomy
Intentional Agents
System Autonomy & Self-Organisation
Autonomy in Complex Artificial Systems
Coordination for Self-Organisation & System Autonomy
readings / bibliography
The bibliography is made available through the course web site.
