DESIGN OF AN ADAPTIVE CONSTRAINED BASED NEURO-FUZZY CONTROLLER FOR FAULT DETECTION OF A POWER PLANT SYSTEM

Journal Title: Indian Journal of Computer Science and Engineering - Year 2016, Vol 7, Issue 5

Abstract

This paper proposes an adaptive constraint based framework for fault detection of a complex thermal power plant system. In many complex systems, representation of precise and crisp constraints uses formal specification languages such as Object Constraint Language (OCL). Here, a constraint based neuro-fuzzy controller to tackle imprecise constrained objects is proposed. The proposed inference system is used to identify the intensity of faults by mapping instance values against the constraints. The imprecise constraints defined as fuzzy constraints are prioritized using fuzzy weights assigned to rules. Back-propagation algorithm is used to train and calibrate the controller to capture the dynamic behavior of the system. The system is adopted into a coal-fired Thermal power plant system, which is controlled by different parameters in a constrained environment. The output of the neuro-fuzzy inference system is compared against actual plant site alarm that functions based on rule based system and has been found that the intensity of faults can be accurately determined.

Authors and Affiliations

Priya R , Elizabeth Sherly

Keywords

Related Articles

Efficient Resource Scheduling in Data Centers using MRIS

Scheduling the resources is decisive in shared data centers. Today scheduling algorithms focus only on onedimensional resource models, infact the multiple resources (e.g. Memory, Storage, CPU and Network bandwidth) can b...

Optimal Spectral Analysis for detection of sinusitis using Near-Infrared Spectroscopy (NIRS)

Optical recording technique overtakes neural recording technique for simplicity, non-ionization, portability, non-invasiveness and cost effectiveness. Many optical techniques like FMRI, DOT, SPR, ERP and PPG are in use n...

Predictive congestion control mechanism for MANET

In adhoc networks connection failure between source and destination often occurs, due to mobility of nodes. After every failure the connection between source and destination gets disconnected.The problem is while sending...

ENSURING SECURITY PROOF IN CLOUD NETWORK 

Cloud Computing is developed and used by all enterprise in world to outsource their data. To maintain confidentiality of shared data against entrusted party encryption of data is important. Many scheme is introduced to a...

NON-BLIND IMAGE WATERMARKING USING CONTOURLET TRANSFORM

This paper presents a novel non-blind watermarking algorithm using contourlet transform. The contourlet transform is preferred for watermarking because of its ability to capture the directional edges and contours superio...

Download PDF file
  • EP ID EP112714
  • DOI -
  • Views 165
  • Downloads 0

How To Cite

Priya R, Elizabeth Sherly (2016). DESIGN OF AN ADAPTIVE CONSTRAINED BASED NEURO-FUZZY CONTROLLER FOR FAULT DETECTION OF A POWER PLANT SYSTEM. Indian Journal of Computer Science and Engineering, 7(5), 208-218. https://europub.co.uk/articles/-A-112714