Welcome to The 26th International Conference on Principles and Practice of Multi-Agent Systems
PRIMA 2025
SUBMISSION15 - 19th, Dec 2025
Modena, Italy
Software systems are rapidly becoming more intelligent in the functionality they offer to users. They are also becoming more decentralized, with components that act autonomously and must communicate among themselves or with human users, to achieve their goals. Examples of such systems include those in healthcare, disaster management, e-business, and smart grids. A multi-agent perspective is crucial to the proper conceptualization, deployment, and governance of such systems. Rooted in solid computational and software engineering foundations, this perspective offers abstractions such as intelligent agents, protocols, norms, organizations, trust and incentives, among others. As a large, but still growing research field of Computer Science, multi-agent systems today remain a unique enabler of interdisciplinary research.
Logic and Reasoning
- Logics of Agency
- Logics of Multi-Agent Systems
- Logics of Belief and Knowledge
- Norms, Obligations, Deontic Logic
- Logics and Game Theory
- Uncertainty in Agent Systems
Agent and Multi-Agent Learning
- Reinforcement Learning
- Evolutionary approaches
- Machine Learning Problems in Multi-Agent Systems
- Agents Embodied with Large Language Models
Engineering Multi-Agent Systems
- Agent-Oriented Software Engineering
- Interaction Protocols
- Formal Specification and Verification
- Agent Programming Languages
- Middleware and Platforms
- Testing, Debugging, and Evolution
- Deployed System Case Studies
Agent-Based Modeling and Simulation
- Simulation Languages and Platforms
- Artificial Societies
- Virtual Environments
- Emergent Behavior
- Modeling System Dynamics
- Application Case Studies
Collaboration & Coordination
- Multi-Agent Planning
- Distributed Problem Solving and Optimization
- Teamwork
- Coalition Formation
- Negotiation
- Trust and Reputation
- Commitments
- Institutions and Organizations
- Normative Systems
Algorithmic Game Theory
- Auctions and Mechanism Design
- Bargaining and Negotiation
- Behavioral Game Theory
- Cooperative Games: Theory, Analysis, Computation
- Game Theory for Practical Applications
- Noncooperative Games: Theory, Analysis, Computation
Engineering Multi-Agent Systems
- Agent-Oriented Software Engineering
- Interaction Protocols
- Formal Specification and Verification
- Agent Programming Languages
- Middleware and Platforms
- Testing, Debugging, and Evolution
- Deployed System Case Studies
Computational Social Choice
- Voting
- Fair Division and Resource Allocation
- Matching under Preferences
- Coalition Formation Games
- Aggregation of Beliefs, Opinions, Judgments
- Ethics and Computational Social Choice
- Participatory Budgeting
- Facility Location
- Communication Issues in Social Choice, Distortion
- Behavioral Social Choice
Human-Agent Interaction
- Adaptive Personal Assistants
- Embodied Conversational Agents
- Virtual Characters
- Multimodal User Interfaces
- Mobile Agents
- Human-Robot Interaction
- Affective Computing
Decentralized Paradigms
- Cloud Computing
- Service-Oriented Computing
- Data spaces
- Big data
- Cybersecurity
- Robotics and Multirobot Systems
- Ubiquitous Computing
- Social Computing
- Ubiquitous Computing
- Internet of Things
- Edge Computing
- Blockchain
Ethics and Social Issues
- Explainable Artificial Intelligence
- Ethics of AI Systems
- Multi-Agent Systems for Social Good
Application Domains for Multi-Agent Systems
- Healthcare, Pandemics Management
- Autonomous Systems
- Transport and Logistics
- Emergency and Disaster Management
- Energy and Utilities Management
- Sustainability and Resource Management
- Games and Entertainment
- e-Business, e-Government, and e-Learning
- Smart Cities
- Financial markets
- Legal applications
- Crowdsourcing
PRIMA 2025 invites submissions of original, unpublished work strongly relevant to Multi-
Agent Systems. Apart from theoretical work, we encourage the submission of reports on the
development of applications or prototypes of deployed agent systems, and of experiments
that demonstrate novel agent system capabilities. In addition to this, we also encourage the
submission of position and review papers that are of particular relevance to the multi-agent
community.
The papers submitted can be up to 16 pages in length, including references, in the
LNCS format. All submitted papers must be in a form suitable for double-blind review.
Specifically, in order to make blind reviewing possible, authors must omit their names and
affiliations from the paper. Also, while the references should include all published literature
relevant to the paper, including previous work of the authors, it should not include
unpublished works. When referring to one's own work, use the third person rather than the
first person. For example, say "Previously, Foo and Bar [2] have shown that…", rather than
"In our previous work [2], we have shown that…". Such identifying information can be added
back to the final camera-ready version of accepted papers.
The papers can be submitted via CMT.
All papers will be reviewed by at least 2-3 experts in the area following a detailed review
form that will assess the paper based on the significance and novelty of the idea, the
technical description of the proposal, clarity and organization, the evaluation methodology,
and any ethical considerations.
All accepted papers will be published in Springer's Lecture Notes in
Artificial Intelligence series (LNCS/LNAI).
The Microsoft CMT service
was used for managing the peer-reviewing process for this conference. This service was provided
for free by Microsoft and they bore all expenses, including costs for Azure cloud services as
well as for software development and support.
Important dates
-
15 July 2025 (AoE, UTC-12)
Abstract Submission Deadline
-
22 July 2025 (AoE, UTC-12)
Paper Submission Deadline
-
29 Sept. 2025 (AoE, UTC-12)
Notification of Acceptance
-
13 Oct. 2025 (AoE, UTC-12)
Camera Ready Submission