Optimization techniques in data mining with applications to biomedical and psychophysiological data sets
Our research mainly consisted by two parts. First, apply p-norm error measure instead of 1-norm measure in a linear programming discrimination, which generates a linear hyperplane to classify two data sets. With this p-norm error measure, the errors generated by the classifier are not treated equall...
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ndltd-uiowa.edu-oai-ir.uiowa.edu-etd-14592019-10-13T04:54:38Z Optimization techniques in data mining with applications to biomedical and psychophysiological data sets Yu, Zhaohan Our research mainly consisted by two parts. First, apply p-norm error measure instead of 1-norm measure in a linear programming discrimination, which generates a linear hyperplane to classify two data sets. With this p-norm error measure, the errors generated by the classifier are not treated equally but rather biased. For 1, the bigger one error is, the more weight it obtains in the objective function. Second, investigation is conducted on a psychophysiological data set. Various methods are tested on this multi-dimensional time-series data set, from the linear programming method to the neural network method. With the help of DFT, The data is able to be transferred from the time domain to the frequency domain, in which the data set has interesting patterns 2009-05-01T07:00:00Z thesis application/pdf https://ir.uiowa.edu/etd/274 https://ir.uiowa.edu/cgi/viewcontent.cgi?article=1459&context=etd Copyright 2009 Zhaohan Yu Theses and Dissertations eng University of IowaKrokhmal, Pavlo Data Mining Discrete Fourier Transformation EEG Linear Progamming Optimization Psychophysiologica Industrial Engineering |
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Data Mining Discrete Fourier Transformation EEG Linear Progamming Optimization Psychophysiologica Industrial Engineering |
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Data Mining Discrete Fourier Transformation EEG Linear Progamming Optimization Psychophysiologica Industrial Engineering Yu, Zhaohan Optimization techniques in data mining with applications to biomedical and psychophysiological data sets |
description |
Our research mainly consisted by two parts. First, apply p-norm error measure instead of 1-norm measure in a linear programming discrimination, which generates a linear hyperplane to classify two data sets. With this p-norm error measure, the errors generated by the classifier are not treated equally but rather biased. For 1, the bigger one error is, the more weight it obtains in the objective function.
Second, investigation is conducted on a psychophysiological data set. Various methods are tested on this multi-dimensional time-series data set, from the linear programming method to the neural network method. With the help of DFT, The data is able to be transferred from the time domain to the frequency domain, in which the data set has interesting patterns |
author2 |
Krokhmal, Pavlo |
author_facet |
Krokhmal, Pavlo Yu, Zhaohan |
author |
Yu, Zhaohan |
author_sort |
Yu, Zhaohan |
title |
Optimization techniques in data mining with applications to biomedical and psychophysiological data sets |
title_short |
Optimization techniques in data mining with applications to biomedical and psychophysiological data sets |
title_full |
Optimization techniques in data mining with applications to biomedical and psychophysiological data sets |
title_fullStr |
Optimization techniques in data mining with applications to biomedical and psychophysiological data sets |
title_full_unstemmed |
Optimization techniques in data mining with applications to biomedical and psychophysiological data sets |
title_sort |
optimization techniques in data mining with applications to biomedical and psychophysiological data sets |
publisher |
University of Iowa |
publishDate |
2009 |
url |
https://ir.uiowa.edu/etd/274 https://ir.uiowa.edu/cgi/viewcontent.cgi?article=1459&context=etd |
work_keys_str_mv |
AT yuzhaohan optimizationtechniquesindataminingwithapplicationstobiomedicalandpsychophysiologicaldatasets |
_version_ |
1719265019878703104 |