Add to ORKGDigital filters with high resolution in the low-frequency range are studied. Specifically, for a given computational power, traditional IIR filters are compared with warped FIR filters, warped IIR filters, and modified warped FIR filters termed warped individual z FIR filters (WizFIR). The results indicate that IIR filters are the most effective in a number of situations
Methods used for correction and modeling of frequency response of sound devices are discussed in thi...
In the design of IIR digital filters, the method that utilizes the classic analog filter design theo...
Digital filtering has become one of the most advanced and the most indispensable means of processing...
Some comparisons are made between optimum, linear phase, finite impulse response (FIR) digital filte...
Several new techniques for open problems in the frequency domain design of FIR and IIR digital filte...
This thesis develops new methods for obtaining optimal frequency domain approximation in the design ...
An overview and investigation of the more popular digital filter design techniques are presented, wi...
In this paper, the properties of a second order IIR filter structure will be explored. A simple proc...
Interrelationships between seven types of digital FIR filters, viz. the differentiators (DD), Hilber...
DSP-based correction of loudspeaker and room responses is becoming an important part of improving so...
An inherent property of many DSP algorithms is that they tend to exhibit uniform frequency resolutio...
Digital filtering is one of the maximum powerful gears of DSP. Digital filters are able to performin...
Part I: Multistage Multirate Digital Filtering. A theorem is introduced which is useful in deriving ...
Digital IIR filters find wide applications in fields such as speech processing, image processing and...
This study provides a review of digital filters known under the name “interpolated finite impulse re...
Methods used for correction and modeling of frequency response of sound devices are discussed in thi...
In the design of IIR digital filters, the method that utilizes the classic analog filter design theo...
Digital filtering has become one of the most advanced and the most indispensable means of processing...
Some comparisons are made between optimum, linear phase, finite impulse response (FIR) digital filte...
Several new techniques for open problems in the frequency domain design of FIR and IIR digital filte...
This thesis develops new methods for obtaining optimal frequency domain approximation in the design ...
An overview and investigation of the more popular digital filter design techniques are presented, wi...
In this paper, the properties of a second order IIR filter structure will be explored. A simple proc...
Interrelationships between seven types of digital FIR filters, viz. the differentiators (DD), Hilber...
DSP-based correction of loudspeaker and room responses is becoming an important part of improving so...
An inherent property of many DSP algorithms is that they tend to exhibit uniform frequency resolutio...
Digital filtering is one of the maximum powerful gears of DSP. Digital filters are able to performin...
Part I: Multistage Multirate Digital Filtering. A theorem is introduced which is useful in deriving ...
Digital IIR filters find wide applications in fields such as speech processing, image processing and...
This study provides a review of digital filters known under the name “interpolated finite impulse re...
Methods used for correction and modeling of frequency response of sound devices are discussed in thi...
In the design of IIR digital filters, the method that utilizes the classic analog filter design theo...
Digital filtering has become one of the most advanced and the most indispensable means of processing...