This paper presents a low-order and accurate method for the design of FIR fractional delay (FD) filters with complex coefficients. This method employs least ...
This paper presents a low-order and accurate method for the design of FIR fractional delay (FD) filters with complex coefficients. This method employs least ...
Rizvandi, N. · This paper presents a low-order and accurate method for the design of FIR fractional delay (FD) filters with complex coefficients. · Journal of ...
ABSTRACT This paper presents a low-order and accurate method for the design of FIR fractional delay (FD) filters with complex coefficients. This method employs ...
This paper presents one method for the design of FIR fractional delay filters (FDF) with a rational fractional delay. The method is based on the use of the ...
This paper presents a low-order and accurate method for the design of FIR fractional delay (FD) filters with complex coefficients. This method employs least ...
Aug 4, 2013 · Abstract—Fractional delay filters are digital filters to delay discrete-time signals by a fraction of the sampling period. Since.
Missing: Accurate | Show results with:Accurate
fractional delay finite impulse response (FIR) filter and corre- sponding interpolating error bound is derived in a reproducing kernel Hilbert space. The ...
Fractional delay filters shift a digital sequence by a noninteger value by combining interpolation and resampling into a single convolution filter.
Missing: Complex Hilbert Space.
AN ACCURATE FIR APPROXIMATION OF IDEAL FRACTIONAL DELAY FILTER WITH COMPLEX COEFFICIENTS IN HILBERT SPACE. Published in: Journal of Circuits, Systems ...