An efficient split algorithm for calculating the one-dimensional discrete Hartley transforms, by
using a special partitioning in the frequency domain, is introduced. The partition determines …

In this paper, a new concept of the resolution map is presented to extract periodic structures
that compose the signal. The resolution map is described by using the frequency–time …

This paper analyzes the block structure of the matrix of the N-point discrete Fourier transform
(DFT) in the real space R 2 N. Each block of this matrix corresponds to the Givens …

In this paper, the concept of the discrete unitary transforms induced by given signals or input
signals is modified and developed. The basic transformations composing such transforms …

The holographic conceptual approach to cognitive processes in the human brain suggests
that, in some parts of the brain, each part of the memory (a neuron or a group of neurons) …

Inspired by photonic one-way quantum computation, we describe a microwave signal
processing method for implementing unitary transforms based on measuring the cebits …

This paper offers a new multiple signal restoration tool to solve the inverse problem, when
signals are convoluted with a multiple impulse response and then degraded by an additive …

An efficient method for the realization of the paired algorithm for calculation of the one-
dimensional (1-D) discrete Fourier transform (DFT), by simplifying the signal-flow graph of …

The analysis of the mathematical structure of the integral Fourier transform shows that the
transform can be split and represented by certain sets of frequencies as coefficients of …

New models of gray-scale image representation in the 4-D quaternion space are described,
wherein images can be processed as quaternion and color images in the frequency domain …