A recently formulated transformation for implementing 1-dimensional variable-cutoff filters is extended to the design of 2-dimensional variable-cutoff lowpass filters, and it is shown that the cutoff frequencies along the two frequency axes can be independently controlled, each by one parameter. The filters designed with the 1st-order transformation have certain drawbacks, which are shown to be overcome with the 2nd-order transformation with proper constraints on the variable parameters
Two-dimensional digital filters are applied in signal processing and pro-imaging process, as well as...
A method for the generation of discrete-domain two-dimensional (2-D) transfer functions possessing v...
Abstract. This paper discusses the invariance of the second-order modes of 2-D separable denomi-nato...
The first- and second-order forms of a transformation for implementing a variable-cutoff linear-phas...
Abstract — A new approach to design variable IIR digital fil-ters by using a cascade of equal first-...
Digital filtering has become one of the most advanced and the most indispensable means of processing...
A transformation for obtaining a linear phase variable cut-off low-pass digital filter has been rece...
A new approach to design variable IIR digital filters by using a cascade of N equal individual filte...
International audienceThis paper presents the design of low complexity variable digital filter with ...
This paper proposes a design method of variable IIR digital filters based on balanced realizations a...
A new approach to generate 2-D filters having variable magnitude characteristics has been proposed. ...
This paper presents the design of a variable linear phase finite impulse response filter based on se...
AbstractCircularly symmetric two-dimensional (2D) finite impulse response (FIR) filters find extensi...
Two-dimensional variable recursive digital Band-pass and Band-stop filters are applied in signal pro...
Two-dimensional variable recursive digital filters are applied in signal processing and communicatio...
Two-dimensional digital filters are applied in signal processing and pro-imaging process, as well as...
A method for the generation of discrete-domain two-dimensional (2-D) transfer functions possessing v...
Abstract. This paper discusses the invariance of the second-order modes of 2-D separable denomi-nato...
The first- and second-order forms of a transformation for implementing a variable-cutoff linear-phas...
Abstract — A new approach to design variable IIR digital fil-ters by using a cascade of equal first-...
Digital filtering has become one of the most advanced and the most indispensable means of processing...
A transformation for obtaining a linear phase variable cut-off low-pass digital filter has been rece...
A new approach to design variable IIR digital filters by using a cascade of N equal individual filte...
International audienceThis paper presents the design of low complexity variable digital filter with ...
This paper proposes a design method of variable IIR digital filters based on balanced realizations a...
A new approach to generate 2-D filters having variable magnitude characteristics has been proposed. ...
This paper presents the design of a variable linear phase finite impulse response filter based on se...
AbstractCircularly symmetric two-dimensional (2D) finite impulse response (FIR) filters find extensi...
Two-dimensional variable recursive digital Band-pass and Band-stop filters are applied in signal pro...
Two-dimensional variable recursive digital filters are applied in signal processing and communicatio...
Two-dimensional digital filters are applied in signal processing and pro-imaging process, as well as...
A method for the generation of discrete-domain two-dimensional (2-D) transfer functions possessing v...
Abstract. This paper discusses the invariance of the second-order modes of 2-D separable denomi-nato...