“…This signal is called ‘microscope’ [8]. Varushin et al.’s wave transforms are an important tool in mathematical analysis and are considered to have a wide range of applications: many branches of mathematics: signal analysis and image processing; quantum mechanics, theoretical physics; military countermeasures and weapons intelligence; computer classification and recognition; artificial synthesis of music and language; Medical Imaging and Diagnosis: Processing of Seismic Survey Data; Diagnosis of Major Mechanical Damage [9]. In their work, Kuo et al revealed that it is used for numerical analysis, surface construction, and solving differential equations; signal analysis including filters, noise suppression, compression, and so on; image processing including image compression, classification, identification, diagnosis, and disinfection; and in medicine, signal attenuation, character recognition, and character size reduction can reduce the duration and improve accuracy of B‐ultrasound, CT and MRI in clinical imaging [10].…”