The convolution of the two functions f 1 (x) and f 2 (x) is the function. The convolution of f 1 (x) and f 2 (x) is sometimes denoted by f 1 * f 2. If f 1 and f 2 are the probability density functions of two independent random variables X and Y, then f 1 * f 2 is the probability density function of the random variable X + Y. I Zero-padding avoids time-domain aliasing and make the circular convolution behave like linear convolution. I M should be selected such that M N 1 +N 2 1. I In practice, the DFTs are computed with the FFT. I The amount of computation with this method can be less than directly performing linear convolution (especially for long sequences).

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    cconv : Modulo-N circular convolution Syntax c = cconv ( a,b,n ) Description Circular convolution is used to convolve two discrete Fourier transform (DFT) sequences. For very long sequences, circular convolution may be faster than linear convolution . c = cconv ( a,b,n ) circularly convolves vectors a and b. n is the length of the resulting vector.

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    Jul 26, 2017 · Circular convolution of f and g. Note that MATLAB’s cconv function provides more utility than the mathematical definition allows. By the mathematical definition of cconv, the output should be the length of the longest input (f in this case). MATLAB’s cconv can automatically zero-pad to make cconv equivalent to conv.

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