About Me, Research-wise

My main research area is in the field of Artificial Intelligence and, more precisely, automated planning and scheduling. Automated planning is the AI, model-based approach to the problem of deciding what to do in order to achieve some objective. Scheduling complements planning by studying when exactly actions need to be taken according to given temporal constraints such as deadlines. Automated planning is the building block of any autonomous agent, and can be used either alone or in a reinforcement learning approach.  

Among the many models and languages of planning that one can find in the literature, I am mainly interested i) in models where one can explicitly express non-determinism, partial observability and timed actions and ii) in languages grounded on first order logic involving both numeric and propositional constructs. My main contributions are on planning under non-determinism via online planning, plan execution, repair, replanning, plan adaptation (AICOM-14, ECAI-14, ICAPS-14, IJCAI-15) or via conformant planning (IJCAI-17, ICAPS-18, AAAI-20, AIJ-20, ICAPS-21); and under deterministic assumptions but with powerful numeric and temporal representations through heuristic search, compilation to other theories such as Satisfiability Modulo Theory (SOCS-15, IJCAI-15, IJCAI-16, ICAPS-16, ECAI-16, IJCAI-17, IJCAI-18, AAAI-19, ICAPS-20, JAIR-20, ICAPS-21). (See research section for more information.) I am also the maintainer of the ENHSP planning system, and SPRINGROLL, two PDDL planners used by the AI planning community; they focus on numeric reasoning in planning problems. 

I am an active member of the AI community. Since 2014, I have been serving as a Program Committee, reviewer, and session chair for top-ranked AI conferences (e.g., IJCAI, ICAPS, AAAI, ECAI) and AI Journals (e.g., JETAI, JAR).

Current and Past Projects

Past Projects: STEPS (Unito) - Sistemi e Tecnologie per l'EsPlorazione Spaziale, study of innovative systems for robots in space missions; SMAT-F2 (Unito) - UAVs control in a surveillance scenario; ARC Project (Australian National University) - Robust AI Planning for Hybrid Systems. MAIS (FBK) - planning and scheduling for controlling interacting hoists in a galvanic plant.

Current Projects: AIPLAN4EU (UNIBS) - Building the next level API for Planning Problems, MOSORE (UNIBS) - Planning the behavior of a Drone

Teaching

I have been lecturing, tutoring and coordinating the labs for the Artificial Intelligence course whilst I was at the Australian National University, and I am now teaching Operating System at UNIBS.