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For an all-pole infinite impulse response (IIR) filter, you can implement one of the following section types of lattice autoregressive (AR) filter structures:

For an infinite impulse response (IIR) filter, you can implement one of the following section types of lattice autoregressive-moving average (ARMA) filter structures:

For a minimum or maximum phase finite impulse response (FIR) filter, you can implement a lattice moving average (MA) filter structure. The following figure represents the lattice MA filter structure for ...

Linear phase digital filters allow all the frequency components of an input signal to pass through the filter with the same delay, which means that the group delay through the filter is a constant value ...

You can design a linear phase FIR filter using the DFD Least Pth Norm Design VI by setting the following specifications. Set the denominator order to 0, the filter type to Symmetric or Antisymmetric, all ...

You can use the Minimum Phase or Maximum Phase option of the filter type input if you want a minimum or maximum phase response or if the phase response is not important. When you use the Minimum Phase ...

In a fixed-point implementation, after quantizing the coefficients of a reference floating-point filter, you also must configure all other quantizers, such as the input, output, and multiplicand quantizers. ...

Use multirate filters in digital signal processing systems when different sampling frequencies exist in different parts of a system, or when you want to reduce computational complexity in systems by using ...

The filters you design in the Designing Floating-Point Multirate Filters and the Designing Fixed-Point Multirate Filters books are single-stage multirate filters. In single-stage multirate filters, the ...

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