Models of Information Processing in IoT Networks on the Basis of Fundamental Trigonometric Splines

The approach to increase the efficiency of information processing in wireless networks on the basis of the proposed mathematical model is considered. This model is based on fundamental trigonometric splines. The construction of trigonometric splines is shown, as well as the smoothness properties of trigonometric splines, which are important at the stage of construction of these models. The method of the information signal reproduction in the communication system by interpolation of the digital signal, using the fundamental trigonometric spline is proposed. It has been shown that the use of trigonometric splines will allow the reproduction of information signals with less error. The estimation of the complexity of the algorithm for constructing trigonometric splines is compared with the existing ones. An important scientific problem was solved, which consists in improving the methods of information processing in the Internet of Things based on fundamental trigonometric splines.