By Scott A. DeLoach, Jorge L. Valenzuela (auth.), Lin Padgham, Franco Zambonelli (eds.)
Software architectures that include many dynamically interacting elements, each one with their very own thread of keep watch over, and interesting in complicated coordination protocols, are tough to properly and successfully engineer. Agent-oriented modelling strategies are vital for aiding the layout and improvement of such functions. This e-book offers a various and fascinating evaluation of the paintings that's presently being undertaken by way of progressively more researchers and examine teams within the region of Agent-Oriented software program Engineering. The papers current cutting edge examine during this box, that is of serious significance in facilitating take-up of strong agent technologies.
This quantity constitutes the completely refereed post-proceedings of the seventh foreign Workshop on Agent-Oriented software program Engineering, AOSE 2006, held in Hakodate, Japan, in may well 2006 as a part of AAMAS 2006. The thirteen revised complete papers have been rigorously chosen from a number of submissions in the course of rounds of reviewing and development and feature been complemented through invited papers from top researchers within the box. The papers are equipped in topical sections on modelling and layout of agent platforms, modelling open agent structures, formal reasoning approximately designs, in addition to trying out, debugging and evolvability.
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Additional info for Agent-Oriented Software Engineering VII: 7th International Workshop, AOSE 2006, Hakodate, Japan, May 8, 2006, Revised and Invited Papers
On Softw. Eng. , 12, 3 (2003) 317-370. br Abstract. A number of concerns in multi-agent system (MAS)design have a crosscutting impact on agent-oriented models. These concerns inherently aﬀect several system agents and their internal modeling elements, such as actions and goals. Examples of crosscutting concerns in MAS design encompass both internal and systemic properties, such as learning, mobility, error handling, and security. Without an explicit modeling of such MAS properties, designers can not properly communicate and reason about them and their broadly-scoped eﬀects.
On Req. , 2004. 41. : Managing Conﬂicts in Goal-driven Requirements Engineering. IEEE Trans. Softw. , 24, 11 (1998) 908-926. 42. : Multiagent system engineering. Int. J. Softw. Eng. Knowl. , 11, 3 (2001) 231-258. 43. Williamson, O. The Economic Institutions of Capitalism. NY: Free Press, 1985. 44. Yu, E. Modeling Strategic Relationships for Process Reengineering. D. , Univ. of Toronto, 1995. 45. : The Gaia methodology for agentoriented analysis and design. J. Auton. Ag. -Ag. , 3, 3 (2000) 285-312.
A natural extension of Tropos methodology for modelling security. Proc. of the Agent Oriented Meth. Worksh. OOPSLA, 2002. 31. : Modelling Secure Multiagent Systems. Proc. Auton. Ag. Multi-Ag. , 2005. 32. , and Manson, G. When security meets software engineering: a case of modelling secure information systems. Info. , 2005. ) 33. , and Nixon, B. Representing and Using Nonfunctional Requirements: A Process-Oriented Approach. IEEE Trans. on Softw. , 18, 6 (1992) 483-497. 34. , and Ben Achour, C.
Agent-Oriented Software Engineering VII: 7th International Workshop, AOSE 2006, Hakodate, Japan, May 8, 2006, Revised and Invited Papers by Scott A. DeLoach, Jorge L. Valenzuela (auth.), Lin Padgham, Franco Zambonelli (eds.)