An explicit formula is given for the weighting coefficients of maximally flat nonrecursive digital filters based on Miller's [1] design. A scheme is also presented for evaluating these coefficients with the minimum possible computation
Abstract—Analog filters constitute indispensable components of analog circuits. Inspired by recent a...
Thesis: Sc. D., Massachusetts Institute of Technology, Department of Electrical Engineering, 1972Vit...
An optimal design procedure for maximally flat FIR (finite impulse response) filters, based on the B...
An explicit formula is given for the weighting coefficients of maximally flat nonrecursive digital f...
A general method is presented for determining the coefficients of maximally flat nonrecursive digita...
A simple and general method is presented for determining the coefficients of a lowpass or highpass m...
Recursive as well as explicit mathematical formulas have been derived for the weighting coefficients...
We derive analytically a two-parameter family of weights for use in finite duration nonrecursive dig...
The paper provides, through the use of Bernstein polynomials, a new insight into the design of maxim...
This paper presents a recently introduced technique (or the design of Maximally-flat (MAX-FLAT) FIR ...
The four main design problems for nonrecursive digital filters in the frequency domain are properly ...
The advantages of optimization in filter design over strongly specialized methods based upon approxi...
An algorithm is described for designing digital filters that require few multiplies to produce good ...
The family of FIR digital filters with maximally flat magnitude and group delay response is consider...
New formulas are developed for the impulse response of zero-phase digital filters with arbitrary sha...
Abstract—Analog filters constitute indispensable components of analog circuits. Inspired by recent a...
Thesis: Sc. D., Massachusetts Institute of Technology, Department of Electrical Engineering, 1972Vit...
An optimal design procedure for maximally flat FIR (finite impulse response) filters, based on the B...
An explicit formula is given for the weighting coefficients of maximally flat nonrecursive digital f...
A general method is presented for determining the coefficients of maximally flat nonrecursive digita...
A simple and general method is presented for determining the coefficients of a lowpass or highpass m...
Recursive as well as explicit mathematical formulas have been derived for the weighting coefficients...
We derive analytically a two-parameter family of weights for use in finite duration nonrecursive dig...
The paper provides, through the use of Bernstein polynomials, a new insight into the design of maxim...
This paper presents a recently introduced technique (or the design of Maximally-flat (MAX-FLAT) FIR ...
The four main design problems for nonrecursive digital filters in the frequency domain are properly ...
The advantages of optimization in filter design over strongly specialized methods based upon approxi...
An algorithm is described for designing digital filters that require few multiplies to produce good ...
The family of FIR digital filters with maximally flat magnitude and group delay response is consider...
New formulas are developed for the impulse response of zero-phase digital filters with arbitrary sha...
Abstract—Analog filters constitute indispensable components of analog circuits. Inspired by recent a...
Thesis: Sc. D., Massachusetts Institute of Technology, Department of Electrical Engineering, 1972Vit...
An optimal design procedure for maximally flat FIR (finite impulse response) filters, based on the B...
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