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Integration of datamining techniques into the CBR cycle to predict the result of immunotherapy treatment

机译:将数据挖掘技术集成到CBR周期中,以预测免疫治疗的结果

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The functioning of the medical diagnostic process is very comparable to the pattern of the CBR cycle. The doctor often starts to analyze the whole situation and takes advantage of previous situations resolved successfully in order to efficiently diagnose a new situation. More generally, this mode of operation, based on experience and analogy, can be found practically in all diagnostic fields (medical, industrial, etc.). In this work, we propose the integration of datamining techniques in the CBR cycle for medical decision support. This integration aims to improve the performance of the retrieval phase by reducing the number of attributes considered in the similarity calculation through the selection of the most relevant attributes. To evaluate our approach, we have customized the jCOLIBRI 2.1 framework with a real case base to predict the response to immunotherapy treatment for patients who have plantar and common warts disease.
机译:医学诊断过程的功能与CBR周期的模式非常相当。医生经常开始分析整个情况,并利用先前的情况,以便有效地诊断新情况。更一般地,这种操作模式基于经验和类比可以在所有诊断领域(医学,工业等)找到。在这项工作中,我们提出了在CBR周期中的DataMining技术集成了医学决策支持。这种集成旨在通过选择最相关的属性来减少相似性计算中所考虑的属性的数量来提高检索阶段的性能。为了评估我们的方法,我们已经定制了JColibri 2.1框架,真实的案例底座,以预测患者对患者的免疫疗法治疗的响应。

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