Towards a New Framework Architecture for a Dynamic Composition of Components Using Context Awareness and User Goal

Abstract

The dynamic composition of components is an emerging concept that aims to allow a new application to be constructed based on a user’s request. This is achieved by dynamically composing and assembling disturbed components with home ones. This paper presents a framework architecture for the dynamic composition of components that can extract pertinent contextual data and combine them with explicit/implicit intent, in order to compose the relevant components to meet the real requirements of the user. The proposed architecture includes a user feedback system that is appropriate for the use context in terms of the user profile and technical/domain knowledge. Our platform can consult the end user in order to resolve eventual composition ambiguities. The dynamic aspect of our proposition involves (i) the detection of environmental changes in response to dynamic triggers; (ii) interactive adaptation to internal changes and external stimuli; (iii) determination of the real intent of the end user; and (iv) dynamic generation of different composition plans and selection of the most appropriate option, based on context data and user intent.