DOCTORAL
MENTORING STUDENTS
CHAIR: Jürgen Dix (TU Clausthal)
A Framework for Building Adaptive Mobile Agents (page 1369)
Nejla Amara-Hachmi (Université Paris13)
A Proposal for an Organizational MAS Methodology (page 1370)
Estefania Argente Villaplana (Technical University of Valencia)
On the Performance of On-line Concurrent Reinforcement Learners (page 1371)
Bikramjit Banerjee (Tulane University)
Local Replanning in a Team of Cooperative Agents (page 1372)
Olivier Bonnet-Torrès (Onera-Cert / DCSD SupAero)
A Knowledge-Based Approach to the Specification and Verification of MAS Design (page 1373)
Ana Alves Franco Brandao (PUC-Rio)
Engineering Distributed Protocols for Multi-Agent Interactions using Game Theory (page 1374)
Rajdeep Dash (University of Southampton)
A Multi Agent Methodology for Holonic Manufacturing Systems (page 1375)
Adriana Giret (Universidad Polit ´ecnica de Valencia)
Survivability of Multi-Agent Systems (page 1376)
Nathan Gnanasambandam (Pennsylvania State University Marcus Dept. of Industrial & Mfg Engineering)
Monitoring Large-Scale Multi-Agent Systems using Overhearing (page 1377)
Gery Gutnik (Bar Ilan University)
ETAPP: A Framework of Agent Collaboration under Conditions of Uncertainty Regarding Team Members (page 1378)
Christian Guttmann (Monash University Computer Science and Software Engineering)
Model-based Diagnosis of Multi-agent Systems (page 1379)
Meir Kalech (Bar Ilan University)
Polymorphic Self-* Agents using Game Theory for Large-Scale Complex Systems (page 1380)
Derek Messie (Syracuse University)
The Induction of Communication Protocols (page 1381)
Nik Nailah Binti Abdullah (LIRMM:Université Montpellier II)
Learning Team Behaviors with Adaptive Heterogeneity (page 1382)
Liviu Panait (Department of Computer Science George Mason University)
Market-Based Task Allocation and Control for Distributed Logistics (page 1383)
Valentin Robu (Dutch National Center for Mathematics and CS)
Logic and Game Theory for Social Mechanisms (page 1384)
Sieuwert van Otterloo (University of Liverpool Department of Computer Science)
Cognitive Agent Programming (page 1385)
M. Birna van Riemsdijk (Utrecht University)
Improving Reinforcement Learning Function Approximators via Neuroevolution (page 1386)
Shimon Whiteson (University of Texas at Austin)
Towards Fault Tolerance For Multiagent Systems (page 1387)
Yingqian Zhang (University of Manchester)