SNC for Modeling Delay Dissimilarity in Acoustic Mode Communication for Underwater Wireless Multichannel Communication

Abstract

Acoustic communication in the wireless mode of underwater is a very challenging task due to the natural effects and hard properties of saltwater. The nature of wireless communication in the land area is a comparatively different mode than underwater circumstances. The data can be modulated by traveling in a multichannel mode that may be caused by external factors. Thus, communication channel formation and separation are inflexible due to the unstable situation. The Stochastically developed mathematical calculus model for underwater multichannel communication is used to make the accurately predicted results for the multimode communications, delay ratios of random communication in underwater. This work intense is to simulate the multichannel communication in underwater circumstance and derive the mathematical results based on the SNC for delay variation of both data generator and data observer. The SNC is used to derive mathematical models to clarify the deviations in the abnormality from the simulation results compared to numerical results.