Proceedings of the 2014 Workshop on Intelligent Agents and Technologies for Socially Interconnected Systems

• Type: International Conference Proceedings Book
• Date: 2014

Authors

Ana Paula Rocha (Editor) FEUP; Eugénio Oliveira (Editor) FEUP; Huib Aldewereld (Editor) Other; Virginia Dignum (Editor) Other; Laurent Vercouter (Editor) Other

Conference International

IAT4SIS'14 - Workshop on Intelligent Agents and Technologies for Socially Interconnected Systems

Prague, Czech Republic, 18th August 2014

Scientific classification

FOS: Natural sciences > Computer and information sciences

CORDIS: Physical sciences > Computer science > Informatics

Other information

Resumo (PT): IAT4SIS workshop will provide a space for the discussion on Artificial Intelligence driven concepts and recent developments on Agent-based techniques dealing with interoperability issues in socially interconnected systems. These issues mainly refer to complementary perspectives on interaction, coordination, negotiation, regulation and trust. A wide variety of electronic business scenarios and systems, including enterprises networking, as well as agent-based approaches to this subject, have been proposed in recent years. The primary goal of this workshop is to bring together the most recent and innovative scientific research from a diversity of fields as Computer Science, Artificial Intelligence and Distributed Systems that focus on modelling, implementation, monitoring and evaluation of computational agents for interconnected systems, namely in e-business operations. In the context of IAT4SIS workshop, we want to present and discuss promising new work towards the development of advanced methodologies and tools related to agents and multi-agent systems that: support the interaction and collaboration between heterogeneous business agent entities (providing advanced services like negotiation, argumentation, e- contracting, ontology facilities, etc) support business process management, through on-line learning and cross organisations adaptation promote the security of social interconnected applications, through regulation and normative procedures and trust-based measures analyze and support, through electronic tools, (enterprises or social) web-based networking The workshop includes sessions for presentation of peer-reviewed papers, and (panel) discussions

Abstract (EN): IAT4SIS workshop will provide a space for the discussion on Artificial Intelligence driven concepts and recent developments on Agent-based techniques dealing with interoperability issues in socially interconnected systems. These issues mainly refer to complementary perspectives on interaction, coordination, negotiation, regulation and trust. A wide variety of electronic business scenarios and systems, including enterprises networking, as well as agent-based approaches to this subject, have been proposed in recent years. The primary goal of this workshop is to bring together the most recent and innovative scientific research from a diversity of fields as Computer Science, Artificial Intelligence and Distributed Systems that focus on modelling, implementation, monitoring and evaluation of computational agents for interconnected systems, namely in e-business operations. In the context of IAT4SIS workshop, we want to present and discuss promising new work towards the development of advanced methodologies and tools related to agents and multi-agent systems that: support the interaction and collaboration between heterogeneous business agent entities (providing advanced services like negotiation, argumentation, e- contracting, ontology facilities, etc) support business process management, through on-line learning and cross organisations adaptation promote the security of social interconnected applications, through regulation and normative procedures and trust-based measures analyze and support, through electronic tools, (enterprises or social) web-based networking

Language: English

Type (Professor's evaluation): Scientific

No. of pages: 32

ISBN: 978-1-4503-2890-6

Collection: ACM DL

Edition: 1 ª