Design of an Efficient User Interface for Ubiquitous Soft Computing Environment

Abstract

The Fuzzy Agent Computing System is a competitive way of establishing an interactive middleware component in a Ubiquitous Computing Environment (UCE). However, there are some difficulties faced along the way such as high component building time imposed on users working in a heterogeneous environment and also high memory consumption. To make the middleware adapt to the users benefit, the proposed fuzzy agent computing system attempts to work in an online deep-rooted learning methodology. The purpose of this work is to establish a full-fledged connection between the data innovation gear and the individuals with the help of UCE devices in an undetectable network. It ensures that users prerequisites are fulfilled with this dynamically built computational environment. Because of the vast database available online without metadata repository and ontology, finding the apt service that will meet customers' requirements, proves to be a hassle. To aid the end users with the necessary services, a fuzzy agent computing system in an ubiquitous computing environment is proposed in this work resulting in reduced CBT and MC. This work focuses on the communication between the device and the user to create quick access to the administration and elements available in the Ubiquitous Computing Environment.