finalal: Calculate final change point estimates and mean of each...
In nwaff/ecomplex: Compute the epsilon-complexity of a time series
Description
Calculate final change point estimates and mean of each interval
Based on Matlab function of Anatoly Zlotnik and Alexandra Piryatinska
Usage
1
finalal(X, xin, kin, m, delta, thresh)
Arguments
X
Input data.
xin
The original time-series.
kin
A vector containing estimated global change points
m
Minimum interval size.
delta
Detect parameter.
thresh
Threshold for detecting change-point.
A list with :
meanK the mean values of the intervals,
kout the final estimated change points.
nwaff/ecomplex documentation built on May 24, 2019, 10:56 a.m.
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Description
Calculate final change point estimates and mean of each interval Based on Matlab function of Anatoly Zlotnik and Alexandra Piryatinska
Usage
1 | finalal(X, xin, kin, m, delta, thresh)
|
Arguments
X |
Input data. | |||||
xin |
The original time-series. | |||||
kin |
A vector containing estimated global change points | |||||
m |
Minimum interval size. | |||||
delta |
Detect parameter. | |||||
thresh |
Threshold for detecting change-point. A
|
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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