A Fireworks Algorithm for the System-Level Fault Diagnosis Based on MM* Model

Abstract

Aiming at the characteristics of MM* model fault diagnosis, a fireworks algorithm based on a dual population strategy is designed. The dual population of the algorithm is operated independently in parallel, and cooperative operator and optimal operator are cross-executed in the iterative process. The cooperative operator enables two populations to exchange effective information, avoiding the premature maturity of the algorithm. The optimal operator helps to strengthen the global search power of the algorithm and improve the convergence rate of the algorithm. At the same time, the constraint equation is designed, a new fitness function is proposed, and the mutation operator and selection strategy are optimized. The experimental comparison shows that the algorithm improves the efficiency and accuracy of system-level fault diagnosis and has good practicability. Finally, the correctness of the algorithm is proved by theory, and the time complexity of the algorithm is analyzed. INDEX TERMS System-level fault diagnosis, MM* model, dual population, fireworks algorithm, t-diagnosable systems.

Optimization Algorithm of Infrared-Polarization Image Fusion Based on Fireworks Algorithm

“…Since the fireworks algorithm was proposed, it has successfully solved the optimization problems in different fields, such as image recognition 10 , image segmentation 11 , etc. Zheng 12 proposed the enhanced fireworks algorithm, which effectively enriched the diversity of the population; Lu 13 proposed a fireworks algorithm based on dual population strategy, which improved the efficiency and accuracy of system fault diagnosis. Cui 14 proposed a hyperspectral image classification method based on dimension reduction of fireworks algorithm, which reduced the amount of hyperspectral data and computational complexity, and avoided Hughes phenomenon in subsequent classification; Beijinariu 15 successfully applied fireworks algorithm to multispectral image fusion.…”