The chirplet transform is a discrete-time implementation (i.e uses samples instead of continuous functions) of the mathematical transform i've written The c

The chirplet transform is a discrete-time implementation (i.e uses samples instead of continuous functions) of the mathematical transform i've written The corresponding inverse transform (the "sum" of the components to get the starting signal back) didn't exist before This is exactly the inverse chirplet transform, which the guys in the article found a way to compute