A new efficient approach for modeling the Ultra Wide Band Systems. Applications for links involving wireless digital communications

Abstract

The main tool of this paper is to propose an alternative theoretical approach for the analysis of the Ultra Wide Band (UWB) architectures. Although, in the present literature we have efficient techniques involving the real distributions for modeling the modern wireless enlaces in digital communication, in this paper we would like to propose another technological approach which has an impressive performance in its numerical process of convergence. In order to explore some advantages of using a single DNAx operator, we must be accurate in choosing of the main parameters involved in the numerical process, which has an intrinsic relationship to modeling the UWB architecture. We have checked that it is possible to build an electronic architecture that permits us to validate both theoretical approaches presented in the paper as a comparison. All simulations can be performed by using efficient platforms like the Matlab and the Orcad.

An Original Accurate Theoretical and Numerical Approach to Redefine a Wide Class of Digital Signals

“…13,21,22 This research is strongly supported by Academic institutions as well as by many Institutes of research. [15][16][17] …”

“…A complete set of traditional Digital Pulses Streams, like for example: TDM, PWM, PPM, UWB, etc., can be easily modeled using this innovative technique, which is part of our continuous work in progress. 15,[17][18][19]23,24 In addition, with two recent applications of the DNAx operator, some progress has been made with respect to the UWB technologies. We can also model the classic mother wavelets for the generation of the 2D plots of the electrocardiogram (ECG) that has been used widely in the¯eld of medical research.…”