A Visible and Infrared Image Fusion Method Based on Ghost Imaging

Abstract

In the natural light imaging scene, it is often illuminated by a variety of wavelength light sources. To obtain images with better robustness and richer information, in this paper, we propose a method of visible and infrared image fusion based on ghost imaging, which fully combines the advantages of visible and infrared imaging. In fact, two single wavelength illumination information and detection values are used for correlation reconstruction, and then the target information is obtained, using the New Sum of Modified Laplacian. Due to the combination of the advantages of dual-wavelength imaging, as a result, complementary information on the same object can be collected to comprehensively reconstruct the information on the object and reproduce the complete detailed information, thus promoting the development of multi-wavelength fusion technology in the field of imaging.