A multi-agent system with application in project scheduling

The new economic and social dynamics increase project complexity and makes scheduling problems more difficult, therefore scheduling requires more versatile solutions as Multi Agent Systems (MAS). In this paper the authors analyze the implementation of a Multi-Agent System (MAS) considering two scheduling problems: TCPSP (Time-Constrained Project Scheduling), and RCPSP (Resource-Constrained Project Scheduling). The authors propose an improved BDI (Beliefs, Desires, and Intentions) model and present the first the MAS implementation results in JADE platform.multi-agent architecture, scheduling, project management, BDI architecture, JADE.

'Grow your own': Cold War intelligence and history supermarkets

Most of the records of the three British secret services relating to the Cold War remain closed. Nevertheless, the Open Government initiative in the UK and the Clinton Executive Order of 1995 have resulted in some disclosures, often from consumer agencies who were in receipt of intelligence material. There have also been limited releases from other countries. Against that background, this essay considers two questions: First, how far has the study of intelligence affected the broad context of Cold War history during the last decade? And second, how effective have we been in probing the institutional history of secret services during the Cold War? The essay concludes that while some secret services are breaking new ground by recording their own oral history, academic historians have been less than enterprising in their investigations and tend towards a culture of archival dependency

Lawyering Within the Domain of Expertise

This Article uses the history of patent prosecution to assess the relationship between the practice of law and the claim of an administrative agency to possess and to employ expertise

Conception of the cognitive engineering design problem

Cognitive design, as the design of cognitive work and cognitive tools, is predominantly a craft practice that currently depends on the experience and insight of the designer. However, the emergence of a discipline of cognitive engineering promises a more effective alternative practice, one that turns on the prescription of solutions to cognitive design problems. In this paper, the authors first examine the requirements for advancing cognitive engineering as a discipline. In particular, they identify the need for a conception for explicitly formulating cognitive design problems. A proposal for such a conception is then presented