Structural Optimization Design of Double Wavelength Optical Fiber F-P Sensing System Based on DE Algorithm[J]. Optics and precision engineering, 2009, 17(2): 301-305.
Structural Optimization Design of Double Wavelength Optical Fiber F-P Sensing System Based on DE Algorithm[J]. Optics and precision engineering, 2009, 17(2): 301-305.DOI:
DE algorithm has strong capability of global search
fast convergence speed
good robustness and easy to use. It can resolve complex optimization problem efficiently. The technology of double wavelength stabilization is put forward according to existing problems that optical fiber F-P sensor deviates from working point easily. The mathematic optimal model of double wavelength stabilization system is established. And this system’s structure is optimized by using DE algorithm. The results show the global optimal solution can be attained in shorter run time and the object is decreased by 98.375%. The results prove this algorithm to be proper and feasible
high efficiency and reliable way. It can be used for the structural optimization design of optical fiber F-P sensor.