Add to ORKGThis thesis shows one of the approaches to the design of ditigal filters with infinite impulse response and specified order. The proposed solution is based on an evolutionary genetic algorithm and therefore allows for direct filter design from its specification. Its main contribution to this subject is that the implementation is parallel and it is acceleraded by GPU. The filters are designed in cascade representation. It also allows to specify both, the desired frequency and phase characteristics of filters
In this communication, we have made an attempt to design multiplier-less low-pass finite impulse res...
This paper presents an efficient genetic approach to the design of digital finite impulse response (...
This thesis deals with the design of a hardware acceleration unit for digital image filter design us...
The paper presents a genetic approach to the design of finite impulse response filters with coeffici...
An evolutionary algorithm is used to design a \ufb01nite impulse response digital filter with reduce...
Infinite Impulse Response filters are an important class of digital filters which are significantly ...
The object of research is the process of digital signal processing. The subject of research is metho...
An evolutionary algorithm is used to design a finite impulse response digital filter with reduced po...
This paper discusses the use of evolutionary algorithms to design digital circuits. It is shown that...
This paper discusses the use of evolutionary algorithms to design digital circuits. It is shown that...
This paper presents a new paradigm for infinite impulse response (IIR) filter design using genetic a...
A genetic algorithm is used to design and optimise digital FIR filter coefficients. Given the desire...
In this work, a novel genetic algorithm (GA) is proposed for the design of multiplierless linear pha...
This paper describes a new technique for the design of Finite Impulse Response (FIR) Filter within a...
This paper presents the design of multi-bandpass finite-duration impulse response (FIR) digital filt...
In this communication, we have made an attempt to design multiplier-less low-pass finite impulse res...
This paper presents an efficient genetic approach to the design of digital finite impulse response (...
This thesis deals with the design of a hardware acceleration unit for digital image filter design us...
The paper presents a genetic approach to the design of finite impulse response filters with coeffici...
An evolutionary algorithm is used to design a \ufb01nite impulse response digital filter with reduce...
Infinite Impulse Response filters are an important class of digital filters which are significantly ...
The object of research is the process of digital signal processing. The subject of research is metho...
An evolutionary algorithm is used to design a finite impulse response digital filter with reduced po...
This paper discusses the use of evolutionary algorithms to design digital circuits. It is shown that...
This paper discusses the use of evolutionary algorithms to design digital circuits. It is shown that...
This paper presents a new paradigm for infinite impulse response (IIR) filter design using genetic a...
A genetic algorithm is used to design and optimise digital FIR filter coefficients. Given the desire...
In this work, a novel genetic algorithm (GA) is proposed for the design of multiplierless linear pha...
This paper describes a new technique for the design of Finite Impulse Response (FIR) Filter within a...
This paper presents the design of multi-bandpass finite-duration impulse response (FIR) digital filt...
In this communication, we have made an attempt to design multiplier-less low-pass finite impulse res...
This paper presents an efficient genetic approach to the design of digital finite impulse response (...
This thesis deals with the design of a hardware acceleration unit for digital image filter design us...