Agent-Component Design of Smart Appliances

Laura Ostaseviciute; Egidijus Kazanavicius

doi:10.4028/www.scientific.net/SSP.147-149.101

Paper Titles

Swarm-Based Approach to Path Planning Using Honey-Bees Mating Algorithm and ART Neural Network
p.74

The Behaviour Based Area Coverage of Unknown Environment by Autonomous Mobile Robot Using Modified "The Way of the Ox" Algorithm
p.80

Intelligent Live Environment Design with Assistive Robots for Vulnerable Persons
p.86

Localization of Mobile Robot Using Radio Waves
p.95

Agent-Component Design of Smart Appliances
p.101

Analysis of Polar Positioning System in Laser Device for Glass Engraving
p.107

Case Study of Microelectrostatic Motor
p.113

Design of Observer for Direct Current Drive
p.119

Field Determination and Calculation of Stiffness Parameters in an Active Magnetic Bearing (AMB)
p.125

HomeSolid State PhenomenaSolid State Phenomena Vols. 147-149Agent-Component Design of Smart Appliances

Agent-Component Design of Smart Appliances

Abstract:

The key objective of the research, presented in this paper, is one of the integral parts of the intelligent home – smart domestic appliances. The principal aim is to propose a method for designing smart mechatronic appliances. Such systems assist the user and augment the quality of living through the integration of services and technology. An agent-component based approach is used to design a generic agent model, which serves as a common infrastructure for constructing smart appliance systems. Finally, an intelligent refrigerator is presented as a perspective of the proposed method application.