3) ChiMerge [Ker92] is a supervised, bottom-up (i.e., merge-based) data discretization method. It relies on _2 analysis: Adjacent intervals with the least _2 values are merged together until the...


3)<br>ChiMerge [Ker92] is a supervised, bottom-up (i.e., merge-based) data<br>discretization method. It relies on _2 analysis: Adjacent intervals with the<br>least _2 values are merged together until the chosen stopping criterion<br>satisfies.<br>(a) Briefly describe how ChiMerge works.<br>(b) Take the IRIS data set, obtained from the University of California-Irvine<br>Machine<br>Learning<br>Repository<br>set to be<br>Data<br>(www.ics.uci.edu/_mlearn/MLRepository.html), as<br>discretized. Perform data discretization for each of the four numeric<br>a<br>data<br>attributes using the ChiMerge method. (Let the stopping criteria be: max-<br>interval D 6). You need to write a small program to do this to avoid clumsy<br>numerical computation.<br>Submit your simple analysis and your test results: split-points, final intervals,<br>and the documented source program.<br>

Extracted text: 3) ChiMerge [Ker92] is a supervised, bottom-up (i.e., merge-based) data discretization method. It relies on _2 analysis: Adjacent intervals with the least _2 values are merged together until the chosen stopping criterion satisfies. (a) Briefly describe how ChiMerge works. (b) Take the IRIS data set, obtained from the University of California-Irvine Machine Learning Repository set to be Data (www.ics.uci.edu/_mlearn/MLRepository.html), as discretized. Perform data discretization for each of the four numeric a data attributes using the ChiMerge method. (Let the stopping criteria be: max- interval D 6). You need to write a small program to do this to avoid clumsy numerical computation. Submit your simple analysis and your test results: split-points, final intervals, and the documented source program.

Jun 05, 2022
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