Survey paper: Development in the application of ICT in condition monitoring and maintenance

The purpose of the paper is to understand the developments of the Information Systems (IS) and Information technology, i.e. Information and Communication Technologies (ICTs) in the area of Condition Monitoring and Maintenance, especially e-maintenance. Therefore, the paper goes through and categorises the literature findings with the support of two models, i.e. the three era and the IS capability models to analyse and understand the maturity of the ICTs in the domain. The result shows that many researchers are working with software applications that are in the data processing era, which is highly important for the technologies and then the management of IS era. Conversely, both in the Management Information Systems and the Strategic Thinking era fewer findings have been made so far. Further on, in the fourth era, named the Information System (IS) capability, the research findings are mostly at the rudimentary stage. The implementation of Web technologies, such as the Web 2.0, i.e. Social media tec...

Managing the information systems in the industrial domain

Current ambient assistive living solutions have adopted a traditional sensor-centric approach, involving data analysis and activity recognition to provide assistance to individuals. The reliance on sensors and activity recognition in this approach introduces issues with scalability and ability to model activity variations. This study introduces a novel approach to assistive living which intends to address these issues via a paradigm shift from a sensor centric approach to a goal-oriented one. The goal-oriented approach focuses on identification of user goals in order to pro-actively offer assistance by either pre-defined or dynamically constructed instructions. This paper introduces the architecture of this goal-oriented approach and describes an ontological goal model to serve as its basis. The use of this approach is illustrated in a case study which focuses on assisting a user with activities of daily living.

Goal Lifecycles and Ontological Models for Intention Based Assistive Living within Smart Environments

SIGMA is a conceptual multi-agent system architecture for supervisory systems that aims to improve the integration and coordination of heterogeneous tools and techniques. This paper presents an overview of the analysis and design of SIGMA according to the Gaia methodology and Agent UML (AUML) diagrams.

An Overview of the Analysis and Design of SIGMA: Supervisory IntelliGent Multi-agent system Architecture

Implementation of multi agents based system for process supervision in large-scale chemical plants

Agent-oriented architecture for monitoring and diagnosis in supervisory systems

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Agent-oriented architecture for monitoring and diagnosis in supervisory systems