Aleksandr Cariow

professor

West Pomeranian University of Technology

Poland

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Aleksandr Cariow is a professor at the West Pomeranian University of Technology in Poland. His research focuses on digital signal processing, specifically in the area of fast algorithms for various transforms including the Hartley and Tchebichef transforms. Recent articles authored by Professor Cariow delve into algorithmic development for short-length input sequences and applications of quaternion discrete Fourier transforms.

Aleksandr Cariow

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Articles (21)

Fast Algorithms for the Small-Size Type IV Discrete Hartley Transform

The Fast Discrete Tchebichef Transform Algorithms for Short-Length Input Sequences

Fast Algorithms for Short-Length Odd-Time and Odd-Frequency Discrete Hartley Transforms

Structure and Principles of Operation of a Quaternion VLSI Multiplier

Digital Signal Processing (DSP)-Oriented Reduced-Complexity Algorithms for Calculating Matrix–Vector Products with Small-Order Toeplitz Matrices

The Development of Fast DST-II Algorithms for Short-Length Input Sequences

The Development of Fast DST-I Algorithms for Short-Length Input Sequences

Fast Type-II Hartley Transform Algorithms for Short-Length Input Sequences

Small-Size Algorithms for Quaternion Discrete Fourier Transform

The Design of Fast Type-V Discrete Cosine Transform Algorithms for Short-Length Input Sequences

VLSI-Friendly Filtering Algorithms for Deep Neural Networks

Fast Algorithms for Deep Octonion Networks

One-Dimensional Quaternion Discrete Fourier Transform and an Approach to Its Fast Computation

Some FFT Algorithms for Small-Length Real-Valued Sequences

Small-Size Algorithms for the Type-I Discrete Cosine Transform with Reduced Complexity

On the Derivation of Winograd-Type DFT Algorithms for Input Sequences Whose Length Is a Power of Two

Discrete Pseudo-Fractional Fourier Transform and Its Fast Algorithm

A Parallel Algorithm for Dividing Octonions

Algorithmic Structures for Realizing Short-Length Circular Convolutions with Reduced Complexity

An Algorithm for Fast Multiplication of Kaluza Numbers

Fast 10-Point DFT Algorithm for Power System Harmonic Analysis

Collaborators (3)

Mateusz Raciborski

Janusz Paplinski

Dorota Majorkowska-Mech

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