The Autonomous Agents and MultiAgent Systems (AAMAS) conference series brings together researchers from around the world to share the latest advances in the field. It is the premier forum for research in the theory and practice of autonomous agents and multi-agent systems. AAMAS 2002, the first of the series, was held in Bologna, followed by Melbourne (2003), New York (2004), Utrecht (2005), Hakodate (2006), Honolulu (2007), Estoril (2008), Budapest (2009), Toronto (2010), Taipei (2011), Valencia (2012), Saint Paul (2013), and Paris (2014). This volume constitutes the proceedings of AAMAS 2015, the fourteenth conference in the series, held in Istanbul in May 2015.
In line with previous editions, AAMAS 2015 attracted submissions for a general track and four special tracks: Innovative Applications, Robotics, Virtual Agents and Humans, and the Blue Sky Ideas track. The special tracks were chaired by leaders in their corresponding fields: Amal El Fallah Seghrouchni and Milind Tambe chaired the Innovative Applications track, Alessandro Farinelli and Gal Kaminka the Robotics track, Catholijn Jonker and Rui Prada the Virtual Agents and Humans track, and Victor Lesser the Blue Sky Ideas track. The special track chairs were responsible for appointing the Programme Committee (PC) members and the Senior Programme Committee members (SPC) for their tracks, and they made acceptance/rejection decisions for their tracks in consultation with Programme Chairs based on input provided by the track PC and SPC. Members of the PC and SPC of the special tracks also reviewed papers on topics of their expertise submitted to the general track.
Full paper submissions (8 pages plus bibliographic references) and Blue Sky Ideas paper submissions (4 pages plus references) were solicited for AAMAS 2015. Some of the full paper submissions were accepted as extended abstracts (2 pages). The papers were selected by means of a thorough review and discussion process, which included an opportunity for authors to respond to reviewer comments. All SPC members followed and contributed to the technical discussions on the papers they were overseeing.
Full papers were presented orally in 15-minute slots; all extended abstracts and, optionally, full papers were presented as posters during the conference.
Out of the 670 submissions, 395 (59%) had a student as the primary author, 108 of these (27%) were accepted as full papers, and a further 91 (23%) were accepted as extended abstracts.
The proceedings also contain 30 Demonstration papers, 29 Doctoral Consortium papers, as well as abstracts of the invited talks and details of some of the awards given. The overall conference programme also had 26 workshops and 8 tutorials, although that material is not included in the proceedings.
Global Protocols as First Class Entities for Self-Adaptive Agents
We describe a framework for top-down centralized self-adaptive MASs where adaptive agents are "protocol-driven" and adaptation consists in runtime protocol switch.
Protocol specifications take a global, rather than a local, perspective and each agent, ...
A Self-Organizing Virtual Environment for Agent-Based Simulations
In this paper we present a self-organizing model for open virtual environments in multi-agent based simulation systems. Open environments are inaccessible, non-deterministic, dynamic and continuous. A virtual environment is partitioned into areas called ...
An Approach to Quantify Workload in a System of Agents
- Richard Stocker,
- Neha Rungta,
- Eric Mercer,
- Franco Raimondi,
- Jon Holbrook,
- Colleen Cardoza,
- Michael Goodrich
The role of humans in aviation and other domains continues to shift from manual control to automation monitoring. Studies have found that humans are often poorly suited for monitoring roles, and workload can easily spike in off-nominal situations. ...
Agent Oriented Modelling of Tactical Decision Making
A key requirement in military simulation is to have executable models of tactical decision-making. Such models are used to simulate the behaviour of human entities such as submarine commanders, fighter pilots and infantry, with a view to producing ...
Metrics for Evaluating Modularity and Extensibility in HMAS Systems
Nowadays, software systems are more and more frequently designed in order to realize complex dynamical behavior for solving complicated problems. Holonic Multi Agent Systems(HMAS) is spreading for the development of such systems since they allow to ...
Early Detection of Design Faults Relative to Requirement Specifications in Agent-Based Models
Agent systems are used for a wide range of applications, and techniques to detect and avoid defects in such systems are valuable. In particular, it is desirable to detect issues as early as possible in the software development lifecycle. We describe a ...