Welcome to the site web of AIRO 2017, workshop of the 16th International Conference of the Italian Association for Artificial Intelligence (AI*IA 2017).

The goal of AIRO 2017 is to foster the discussion about the use of Artificial Intelligence methods to design intelligent robots.

AI principles and methods play a crucial role in several areas of the robotics research (e.g., field, service, social robotics, etc.) and are pervasively exploited at various level of robot architectures. We argue that robot intelligence is a property arising from the interaction between robots and their environments. As we expect robots to leave lab settings and to take part to our everyday life, either at home or in public spaces, the notion of Artificial Intelligence as a separated and somewhat peculiar functionality of a robot’s architecture shows its intrinsic limitations. In fact, it is now common belief that, in order to cope with the plethora of situations, events, objects, places and humans the world is full of, robot intelligence “as it is” is rather insufficient, both with respect to the scope of achievable performance and to actual techniques and tools for designing engineered robot behaviours.

On the contrary, the main motivation of AIRO 2017 is the belief that Artificial Intelligence techniques must be considered at any level of a robot’s architecture, with respect to both hardware and software components. Sensing, representation and action can greatly benefit from the adoption of various forms of Artificial Intelligence.

The scientific relevance of the workshop is related to how diverse areas of Artificial Intelligence research can be used to design robots able to face complex challenges in real-world tasks.

The scope of AIRO 2017 encompasses such diverse — yet intertwined — research areas as sensing and perception, human-robot interaction, intelligent control, cognition and adaptation, behaviour and reasoning models, knowledge representation and computational ontologies, but also robot engineering tools, real-time software architectures and fast-prototyping techniques. Starting from these fields, and in continuity with the previous AIRO workshops, we will explore how robot intelligence is expected to play major roles when robots interact with humans and when dealing with everyday not predictable situations, like human assistance, housekeeping or autonomous driving, just to name three of the most common trendy scenarios nowadays.

AIRO 2017 is part of an on-going effort to consolidate the Italian community working on various aspects of the intersection between AI and Robotics.

Keywords – Human-robot interaction, Cognitive and developmental Robotics, Software architectures, Knowledge representation, Reasoning, Planning, Machine learning, Sensing, Perception, Multi-Robot Systems and coordination.


  • Salvatore M. Anzalone – Université Paris 8, France
  • Alessandro Farinelli – University of Verona, Italy
  • Alberto Finzi – University of Naples “Federico II”, Italy
  • Fulvio Mastrogiovanni – University of Genoa, Italy