XML based Safe and Scalable Multi-Agent Development Framework

Authors: Rinkaj Goyal, Pravin Chandra, Yogesh Singh

Abstract:

In this paper we describe our efforts to design and implement an agent development framework that has the potential to scale to the size of any underlying network suitable for various ECommerce activities. The main novelty in our framework is it-s capability to allow the development of sophisticated, secured agents which are simple enough to be practical. We have adopted FIPA agent platform reference Model as backbone for implementation along with XML for agent Communication and Java Cryptographic Extension and architecture to realize the security of communication information between agents. The advantage of our architecture is its support of agents development in different languages and Communicating with each other using a more open standard i.e. XML

Keywords: Agent, Agent Development Framework, Agent Coordination, Security

Digital Object Identifier (DOI): doi.org/10.5281/zenodo.1061014

References:

[1] Foner L., What is an agent anyway? : A Sociological Case Study, MIT Media Lab, Cambridge, MA, 1993
[2] Russel Stuart & Norvig Peter, Artificial Intelligence: A Modern Approach, Prentice Hall, 1995
[3] Alter Brenner, Rudiger Zarnekow and Hartmut Wittig "Intelligent Software Agents: Foundation and Applications" Springer 1998
[4] Caglayan Alper & Harrison Colin "Agent a Sourcebook: A Complete Guide to Desktop, Internet, and Intranet Agents". John Wiley & Sons, Inc. 1998
[5] Tecuci Gheorghe "Building Intelligent Agents: An Apprenticeship Multi strategy Learning Theory, Methodology, Tool and Case Studies." Academic Press. 1998
[6] David Wong, N. P., Dana Moore "Java-Based Mobile Agents." Communication Of The ACM March 1999/Vol. 42 No. 3.
[7] Chunsheng Li, Chengqi Zhang, "MA-IDS Architecture for Distributed Intrusion Detection using Mobile Agent." Proceedings of the Second international conference on Information Technology for application (ICITA) 2004.
[8] Haetmut Vogler, T. K., Marie-Louise Moschgath "An Approach for mobile Agent Security and Fault Tolerance using Distributed Transactions." IEEE. Transaction 1997
[9] Dragana Cvetkovie, Milja Pesic, Dejan Petkovie, Veljko Milutinovie, Petar kocovie and Vlada Kovacevie "Architecture of the Mobile Environment for Intelligent Genetic Search and Proxy Caching." IEEE. Transaction 2002
[10] Qiang XUE,Jizhou SUN,Zunce WEI " TJIDS: an intrusion Detection Architecture for dikstributed Network" IEEE Transaction 2003
[11] Shad-chun Zhong, Qing-Feng Song, Xiao-Chun chang ,Yan Zhang " A safe Mobile Agent system For distributed Intrusion and Detection" IEEE Transaction 2003
[12] Guy G. Helmer, J. S. K. W., Vasant Honavar, Les Miller, Yanxin Wang "Lightweight Agent for Intrusion Detection." The journal of Systems and software 2002
[13] Timon c.du,Eldon Y.Li,An-Pin chang " Mobile Agents in Distributed Network Management" Communications of the ACM july 2003/Vol 46 No 7.
[14] Odyssey white paper. General Magic Corp., Cupertino, Calif., 1998. Voyager white paper. ObjectSpace Corp., Dallas, Tex., 1998.
[15] Deepika Chauhan, JAFMAS: A Java-based Agent Framework for Multi agent Systems Development and Implementation, ECECS Department, University of Cincinnati, 1997
[16] Finin T, Peng Y and Labrou Y. (1999) Agent Communication Languages: The current Landscape. IEEE Intelligent Systems, March/April 1999, pages 45-52.