Designing a context-aware cyber physical system for smart conditional monitoring of platform equipment.
Majdani, Farzan; Petrovski, Andrei; Doolan, Daniel
An adaptive multi-tiered framework, which can be utilised for designing a context-aware cyber physical system is proposed and applied within the context of assuring offshore asset integrity. Adaptability is achieved through the combined use of machine learning and computational intelligence techniques. The proposed framework has the generality to be applied across a wide range of problem domains requiring processing, analysis and interpretation of data obtained from heterogeneous resources.
|Start Date||Sep 2, 2016|
|Publication Date||Sep 30, 2016|
|Publisher||Springer (part of Springer Nature)|
|Series Title||Communications in computer and information science|
|Institution Citation||MAJDANI, F., PETROVSKI, A. and DOOLAN, D. 2016. Designing a context-aware cyber physical system for smart conditional monitoring of platform equipment. In Jayne, C. and Iliadis, L. (eds.) Engineering applications of neural networks: proceedings of the 17th International engineering applications of neural networks conference (EANN 2016), 2-5 September 2016, Aberdeen, UK. Communications in computer and information science, 629. Cham: Springer [online], pages 198-210. Available from: https://doi.org/10.1007/978-3-319-44188-7_15|
|Keywords||Context awareness; Cyber physical system; Asset integrity|
MAJDANI 2016 Designing a context-aware
You might also like
Reducing computational cost in IoT cyber security: case study of artificial immune system algorithm.
Fuzzy logic applied to value of information assessment in oil and gas projects.