Design and Implement of Dynamic Context-Aware Monitoring System Based on OWL

Abstract

Context-aware applications can sense and explore the context of production processes to provide proper and useful services to managers in workshop. The monitoring levels are partitioned and designed in this article. And the multi-level ontology model of materials is found which is expressed in the Web Ontology Language (i.e. OWL) as a ontology collection of describing places ages and events and associated properties among them. Within an intelligent monitoring system, dynamic adjusting algorithm of linking local coordination with global coordination for lacking parts is brought forward and dynamic coordination structure is put up based on event-driven architecture. Context-aware reactive behaviors can be expressed by using rules written in OWL Language, especially developed for context-aware applications.

Dynamic Access Control Model for Security Client Services in Smart Grid

“…Its implementation and application technologies can be devised in various forms [8][9][10]. Recently, security-related areas that consider context awareness have received attention, and various studies on several security models have been actively carried out [11][12][13]. It is necessary to study a new access control security model, applying this to the smart grid environment to provide security services according to time, space, and user context.…”