New technologies for high speed computer networks: a wavelet approach
J. A. Manzano Lizcano, S. A. Jaramillo Florez
TL;DR
This paper introduces a wavelet-based approach using Kaiser electromagnetic wavelets for modeling indoor multpropagation channels, proposing a fractal modulation scheme as an alternative to traditional sinusoidal carriers.
Contribution
It presents a novel method for channel characterization using wavelet kernels and introduces a fractal modulation scheme with Kaiser wavelets for high-speed computer networks.
Findings
Effective modeling of indoor channels with wavelet kernels
Proposal of a fractal modulation scheme using Kaiser wavelets
Potential for improved high-speed network performance
Abstract
Indoor multpropagation channel is modeled by the Kaiser electromagnetic wavelet. A method for channel characterization is proposed by modeling all the reflections of indoor propagation in a kernel function instead of its impulse response. This lead us to consider a fractal modulation scheme in which Kaiser wavelets substitute the traditional sinusoidal carrier.
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Taxonomy
TopicsImage and Signal Denoising Methods · Advanced Data Compression Techniques · Advanced Scientific Research Methods