Continuous-time digital signal processors avoid sampling, and thus do not suffer from aliasing of the signal, or of aliasing down of out-of-band distortion ...
We investigate DSPs that operate in continuous time (CT) [1], intended for real-time processing. Our main aim in this effort is to understand the principles ...
The purpose of CT DSP systems is to garner the benefits of CT processing while maintaining the noise immu- nity, flexibility and programmability of conventional ...
Continuous-time digital signal processors avoid sampling, and thus do not suffer from aliasing of the signal, or of aliasing down of out-of-band distortion ...
We investigate DSPs that operate in continuous time (CT) [1], intended for real-time processing. Our main aim in this effort is to understand the principles ...
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Since the DFT operates on a finite number of samples, we usually must apply a window function w[n] to the sequence x[n] prior to computing the DFT. D. Richard ...
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For example, both DSP and continuous signal processing are based on linearity, decomposition, convolution and Fourier analysis. Since continuous signals ...
For example, both DSP and continuous signal processing are based on linearity, decomposition, convolution and Fourier analysis.
We present an equivalence that facilitates the study of continuous-time digital signal processors and we explore in detail the case of single sinusoid inputs as ...