Exploring the dynamics of white noise and spatial temporal variations on hearing loss due to mumps virus

The most frequent cause of acquired unilateral deafness in children, genetic disorder, or complexities at the time of birth, neural disorder due to any viral infection which results in loss of hearing across all auditory frequencies. Environmental noise is unavoidable in the spread mumps virus in the hearing loss. A new dynamic model of hearing loss is created to investigate the impact of noise on the growth mumps virus by using Fourier transform technique. Epidemiology research shows that spatial variability might increase the mumps virus's contagious risk; as a result, it is important to prevent the virus's spread. The proposed system's threshold value, which can be used to regulate the changing aspects of the mumps virus threshold value, is established. If the threshold value is less than one, there is only one endemic equilibrium, and the infection is homogenously persistent. If the threshold value is more than one, there is at least one endemic equilibrium. The impact of diffusion on the system can helps us to study and work towards the control measures to reduce the infection rate, intensity and spreadness and at the same time control measures and better treatment to increase the recovery rate.