playground demo website on a free hosting for <<The effective algorithm for constant state detection in time series>> article

Hello, Just published playground demo website on a free hosting for < detection in time series>> article. You can test the algorithm on this website and see how it works. Playground url: http://andreikeino.somee.com/ Article abstract: The article introduces a simple and effective algorithm for constant state detection in the time series. The algorithm, based on the sliding window of variable length, finds all the sections of the time series which have length greater or equal than some given minimal length and have difference between maximal and minimal value in the section less or equal than some given value. It is shown that the computational complexity of the aforementioned algorithm is O(N log N), where N is the length of time series. Article url: https://figshare.com/articles/preprint/The_effective_algorithm_for_constant_state_detection_in_time_series_V_2_3_/28375532?file=52535228 Thank you.

Mar 29, 2025 - 13:13

playground demo website on a free hosting for <<The effective algorithm for constant state detection in time series>> article

Hello,
Just published playground demo website on a free hosting for < detection in time series>> article. You can test the algorithm on this website and see how it works.

Playground url:
http://andreikeino.somee.com/

Article abstract:
The article introduces a simple and effective algorithm for constant state detection in the time series.
The algorithm, based on the sliding window of variable length, finds all the sections of the time series
which have length greater or equal than some given minimal length and have difference between maximal and
minimal value in the section less or equal than some given value. It is shown that the computational
complexity of the aforementioned algorithm is O(N log N), where N is the length of time series.

Article url:

https://figshare.com/articles/preprint/The_effective_algorithm_for_constant_state_detection_in_time_series_V_2_3_/28375532?file=52535228

Thank you.