Closed Irfanwustl closed 3 years ago
The jump parameter speeds up calculations. For instance, if jump=3
, only the indexes 3, 6, 9,... are considered as potential change-points. If jump=1
, all indexes are considered as potential change-points. Roughly, jump=3
is three times faster than jump=1
, since we compute three times less cost functions.
Thanks for the references, I will look into that and see if those methods can be integrated easily into ruptures
.
Thanks.
Hi, Thanks for the wonderful package. I am using PELT algorithm from the package. However, I am wondering what the effect of the jump parameter is. In the documentation, there is a description. However, I am not sure I understand that
Also, the authors of PELT have recently published a multidimensional algorithm. Have you implemented this for high-dimensional PELT? Or this version?
Thanks again for the great package.