Abstract: A system and a method for managing, organizing, and allocating service providers in the operational environment of a distributed computer network by applying trade and price mechanisms to a plurality of resource allocation decisions. Local resource allocation rules are set forth for maintaining a near-optimal, global load distribution. The service providers are dynamically allocated based upon the supply of the providers and the demand thereof. An automated mechanism, based on service provider reputation, channels demand away from failing or broken service providers. Strategic load balancing rules cause the elimination of ineffective service providers, and also provide a dynamic replication of service providers that cannot handle the current demand. Further, a method for managing the overall system behavior utilizes administrative surcharges.

Abstract: A novel computer workstation interface program provides for subordination of select operating system and application commands. The system permits a seamless integration of distinct applications with a common context controller that permits inter-application communication regarding the operating environment. System resources are managed to insure critical operations retain priority, while permitting access to resources as they are freed by the system.The workstation enhances user productivity by creating a work environment orchestrated around task and function rather than specific application and file paradigms.