Publications

Spires, Shannon V.; Goldsmith, Steven Y.

Abstract not provided.

Goldsmith, Steven Y.; Robinett, R.D.

Abstract not provided.

Goldsmith, Steven Y.

Abstract not provided.

Goldsmith, Steven Y.; Goldsmith, Steven Y.

This report describes a workshop on self-healing infrastructures conducted jointly by Sandia National Laboratories, Infrastructure & Information Division, and the Massachusetts Institute of Technology, Engineering Systems Division. The workshop was held in summer, 2002 and funded under Laboratory-Directed Research and Development (LDRD) No.5 1540. The purpose of the workshop was to obtain a working definition of a self-healing infrastructure, explore concepts for self-healing infrastructures systems, and to propose engineering studies that would lay the foundation for the realization of such systems. The workshop produced a number of useful working documents that clarified the concept of self-healing applied to large-scale system-of-systems exemplified by the US National Critical Infrastructure. The workshop eventually resulted in a joint proposal to the National Science Foundation and a continuing collaboration on intelligent agent based approaches to coordination of infrastructure systems in a self-healing regime.

Smathers, Douglas C.; Smathers, Douglas C.; Kidd, Marie-Elena C.; Goldsmith, Steven Y.; Phillips, Laurence R.

Abstract not provided.

Phillips, Laurence R.; Link, Hamilton E.; Goldsmith, Steven Y.

This report describes the results of research and development in the area of communication among disparate species of software agents. The two primary elements of the work are the formation of ontologies for use by software agents and the means by which software agents are instructed to carry out complex tasks that require interaction with other agents. This work was grounded in the areas of commercial transport and cybersecurity.

Smathers, Douglas C.; Goldsmith, Steven Y.

Intelligent agents and multi-agent systems promise to take information management for real-time control of the power grid to a new level. This report presents our concept for intelligent agents to mediate and coordinate communications between Control Areas and Security Coordinators for real-time control of the power grid. An appendix describes the organizations and publications that deal with agent technologies.