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An efficient feature decrease for expectation radar returns from ionosphere using relief algorithm

Abstract

In this paper, the expectation of Decision Tree and KNN arrangement is surveyed using Relief feature selection property trait choice decision measures for ionosphere dataset. The proposed covering technique is based on a Decision tree and KNN with Relief calculation to choose the main features from the given dataset. The chose subset of features then, at that point goes through a pre-processing step to present a consistency in the appropriation of information. Since Decision Tree is perceived to have the advantage of giving an eminent execution in characterization stage. The essential objective is to make a capable assumption exhibit for Ionosphere radar returns with high precision.

GNSS positioning and interferenceBig Data Technologies and ApplicationsRadio Wave Propagation StudiesDecision treeComputer scienceRadarConsistency (knowledge bases)Feature (linguistics)AppropriationFeature selectionTree (set theory)Data miningAlgorithm
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0.00
field-weighted impact
References
6
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66%
vs. same field & year
References
Support vector machines combined with feature selection for breast cancer diagnosis
Expert Systems with Applications · 2008 · 804 citations
UCI Machine Learning Repository
Medical Entomology and Zoology · 2007 · 24,290 citations
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