HAIC 2025 – Tentative Workshop Program

First International Workshop on Human-AI Collaborative Systems
📅 Date: 25 October 2025 (morning)
📍 Location: Aula 3.3 Plesso Ingegneria, Viale del Risorgimento, 2, Bologna (Italy)

🕘 Program Schedule

Time	Activity
09:00 – 09:10	Opening Remarks
09:10 – 09:50	Keynote Talk
09:50 – 10:30	Session 1 – Foundations for Next-Generation Human-AI Systems
10:30 – 11:00	☕ Coffee Break
11:00 – 11:40	Session 2 – Human-AI Decision Support Systems
11:40 – 12:20	Session 3 – Human-AI Co-Creation
12:20 – 12:30	Closing Remarks

🎤 Invited Talk

Invited Speakers

Patrizia Fattori
Full Professor, Department of Biomedical and Neuromotor Sciences, University of Bologna
Annalisa Bosco
Associate Professor, Department of Biomedical and Neuromotor Sciences, University of Bologna

Talk Title:

The Perception–Action Loop: a Framework for Anticipating Human Intentions

Abstract:
Perception and action are deeply interwoven processes that shape how humans interact with their environment. Increasing evidence highlights that action planning can influence perceptual processing, suggesting a continuous bidirectional exchange between motor intentions and sensory input. Differences in perception can emerge even before movement begins, and actions such as reaching or grasping can subsequently alter the way objects are experienced. At the neural level, these dynamics are thought to rely on perception–action interfaces supported by the parieto-frontal network. Understanding how action modulates perception not only provides insights into fundamental brain mechanisms but also offers promising avenues for designing human–AI collaborative systems that can better anticipate and adapt to human intentions.

Biographies of the Invited Speakers:

Patrizia Fattori is Full Professor of Physiology at University of Bologna. Her PhD in Neurophysiology (1994) focused on visual space encoding by neurons in parietal cortex. She leads the Laboratory of Neurophysiology of Visuomotor Systems in the Department of Biomedical and Neuromotor Sciences. Her studies focus on the neural processes linking vision to action, using a broad range of methods, from neural recording in non-human primates and neuroanatomy of the circuits involved in these processes, to human psychophysics, fMRI, and transcranial magnetic stimulation (https://site.unibo.it/fattori-lab/en). She is not only interested in deepening the knowledge about brain ability to quickly elaborate sensory stimuli to organize skillful and adaptable actions, but also she’d like to inform AI with this knowledge. She is the coordinator of an EU EIC project linking neuroscience to AI (https://site.unibo.it/maia-fetproact/en).

Annalisa Bosco is an Associate Professor at the Department of Biomedical and Neuromotor Sciences, University of Bologna, specializing in neurophysiology. She earned her Master’s degree in Pharmacy from the University of Bologna in 2006 and completed her PhD in Neurophysiology in 2010, focusing on reaching movements in 3D space. Since 2005, she has maintained a continuous trajectory of research, evolving from postdoctoral and junior research roles to her current position as Associate Professor. She is also Principal Investigator of several national and international research projects that bridge neurophysiology with artificial intelligence, fostering interdisciplinary approaches to human–machine interaction. Her research is centered on the neural control of visuomotor responses, explored at two complementary levels. At the neural level, she has contributed to characterizing the functional properties of the cortical area V6A in the superior parietal lobule, investigating how visual information is employed in encoding reach and grasp movements and the coordinate systems underpinning their planning and execution. At the behavioral level, she has explored the interaction between perception and action across both oculomotor and skeletomotor systems, including mechanisms guiding reaching movements in three-dimensional space.

Session Details

Session 1 – Foundations for Next-Generation Human-AI Systems

🕒 09:50 – 10:30

First the action has to be perceived for communication to take place
Kiran M. Sabu, Jennifer Renoux, Hermine J. Grosinger and Alessandro Saffiotti
Human-Under-Test and Continual Bidirectional Assessment for Co-development of Human-AI Systems
Roberto Casadei, Giovanni Delnevo and Silvia Mirri
InJecteD: Analyzing Trajectories and Drift Dynamics in Denoising Diffusion Probabilistic Models for 2D Point Cloud Generation
Sanyam Jain, Khuram Naveed, Illia Oleksiienko, Alexandros Iosifidis and Ruben Pauwels

Session 2 – Human-AI Decision Support Systems

🕒 11:00 – 11:40

Process Over Skill: Validating Kasparov’s Law Through Human–AI Collaboration in Clinical Diagnosis
Alessia Papale, Gloria Lopiano, Andrea Campagner and Federico Cabitza
Towards Collaborative Planning for Health Promotion through Person-Tailored Storytelling and Argumentation
Jayalakshmi Baskar, Kaan Kilic, Vera C. Kaelin and Helena Lindgren
Scalable and Explainable Diet Recommendations via Answer Set Programming
Alina Vozna, Andrea Monaldini, Stefania Costantini and Valentina Pitoni
Cognitive Resilience and Human-AI Teaming in Air Traffic Control: Toward a New Systemic Paradigm
Silvia Torsi, Stefano Bonelli, Anna Giulia Vicario, Alfonso Levantesi, Hossein Mapar

Session 3 – Human-AI Co-Creation

🕒 11:40 – 12:20

A Large Reconstruction Model Driven Approach to Support Humans in Digitization of Dance Visual Material into 3D environments
Silvia Garzarella, Lorenzo Stacchio, Pasquale Cascarano, Allegra De Filippo, Elena Cervellati and Gustavo Marfia
From Data to Narrative: Visualizing Complex Phenomena through Human-AI Co-Creation
Chiara Ceccarini, Ami Liçaj, Elisa Matteucci and Giovanni Delnevo
Impact of LLM-Assisted Coding in Creativity and Robustness of Robot Controllers
Paolo Baldini, Michele Braccini and Andrea Roli
Comparative Analysis of Large Language Models for the Machine-Assisted Resolution of User Intentions
Justus Flerlage, Alexander Acker and Odej Kao

HAIC 2025 – *Tentative* Workshop Program