Modeling and Optimizing Boiler Design using Neural Network and Firefly Algorithm

• Main Authors: Savargave Sangram Bhagwanrao, Lengare Madhukar Jagannath
• Format: Article
• Language: English
• Published: De Gruyter 2018-07-01
• Series: Journal of Intelligent Systems
• Subjects: boiler; design; optimization; ann; firefly
• Online Access: https://doi.org/10.1515/jisys-2016-0113

The significance of researches in modeling of boiler design and its optimization is high for saving energy and minimizing emissions. Modeling the boiler plant with all demands is rather challenging. A lot of techniques are reported in the literature for enhancing the boiler efficiency. The neural network scheme has been proved for the boiler design, and it provides a framework for the non-linear system models. In this paper, a hybrid of artificial neural network and firefly algorithm is proposed. The proposed modeling technique is simulated in MATLAB, and the experimentation is carried out extensively. The performance of the proposed modeling technique is demonstrated using type I and II error functions, followed by performing higher statistical measures such as error deviation and correlation analysis. Comparative analysis is made to substantiate the superiority of the proposed modeling technique.