Improved response of non-recursive digital filters is achieved using Amplitude Change Functions (ACFs) on a prototype filter. A generalized ACF with interesting properties is suggested. Methods for achieving variable cut-off frequency and frequency transformation are explained. A modular hardware implementation is also presented
The first- and second-order forms of a transformation for implementing a variable-cutoff linear-phas...
[[abstract]]This research proposes a practical method to implement frequency scaling of adaptive ana...
Low complexity, reconfigurable finite impulse response (FIR) filters using coefficient decimation me...
Improved response of non-recursive digital filters is achieved using Amplitude Change Functions (ACF...
A method is suggested for improving the response of a symmetric nonrecursive digital filter using id...
A method is suggested for improving the response of a symmetric nonrecursive digital filter using se...
A single-parameter controlled-variable amplitude change function has been constructed for digital fi...
Several new techniques for open problems in the frequency domain design of FIR and IIR digital filte...
This paper presents the design of a variable linear phase finite impulse response filter based on se...
This study explores four techniques for simulating analog filters by recursive digital filters. A un...
Wide used method of digital filters design consists in transformation of analog filter-prototype wit...
<p>Digital signal processing (DSP) circuits are extremely important in computing and communications ...
The main idea behind this thesis was to optimize the multipliers in a finite impulse response (FIR) ...
Part I: Multistage Multirate Digital Filtering. A theorem is introduced which is useful in deriving ...
New formulas are developed for the impulse response of zero-phase digital filters with arbitrary sha...
The first- and second-order forms of a transformation for implementing a variable-cutoff linear-phas...
[[abstract]]This research proposes a practical method to implement frequency scaling of adaptive ana...
Low complexity, reconfigurable finite impulse response (FIR) filters using coefficient decimation me...
Improved response of non-recursive digital filters is achieved using Amplitude Change Functions (ACF...
A method is suggested for improving the response of a symmetric nonrecursive digital filter using id...
A method is suggested for improving the response of a symmetric nonrecursive digital filter using se...
A single-parameter controlled-variable amplitude change function has been constructed for digital fi...
Several new techniques for open problems in the frequency domain design of FIR and IIR digital filte...
This paper presents the design of a variable linear phase finite impulse response filter based on se...
This study explores four techniques for simulating analog filters by recursive digital filters. A un...
Wide used method of digital filters design consists in transformation of analog filter-prototype wit...
<p>Digital signal processing (DSP) circuits are extremely important in computing and communications ...
The main idea behind this thesis was to optimize the multipliers in a finite impulse response (FIR) ...
Part I: Multistage Multirate Digital Filtering. A theorem is introduced which is useful in deriving ...
New formulas are developed for the impulse response of zero-phase digital filters with arbitrary sha...
The first- and second-order forms of a transformation for implementing a variable-cutoff linear-phas...
[[abstract]]This research proposes a practical method to implement frequency scaling of adaptive ana...
Low complexity, reconfigurable finite impulse response (FIR) filters using coefficient decimation me...
DOI
Add to ORKG