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A Multiform Optimization Framework for Multiobjective Feature Selection in Classification

delete2024-08-01
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PRE
AI
梁静 封面图
梁静 (Jing Liang)
Y
Yuyang Zhang
B
Boyang Qu
K
Ke Chen *
于坤杰 封面图
于坤杰 (Kunjie Yu)
岳彩通 封面图
岳彩通 (Caitong Yue)
DOI:10.1109/TEVC.2023.3284867delete
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摘要

摘要

En 中文
Feature selection in machine learning as a key data processing technique has two conflicting goals: 1) minimizing the classification error rate and 2) minimizing the number of features selected. However, most of the existing multiobjective feature selection methods face the problems of easily falling into local optima and slow convergence by virtue of their problem characteristics, such as partially conflicting objectives and highly discontinuous Pareto fronts. To solve these problems, this article proposes a multiform optimization framework to solve a multiobjective feature selection task together with several auxiliary single-objective feature selection tasks in a multitask environment. The proposed framework uses the problem-solving experience of single-objective tasks to assist the multiobjective feature selection task in exploring more promising regions and accelerating the convergence speed. Specifically, a knowledge transfer strategy based on the search experience of different tasks is developed to accomplish multiform optimization. In addition, a diversity enhancement mechanism is presented to improve search ability in promising decision space areas by considering historical information about the population. In most cases, the experiment results on 27 datasets demonstrate that the proposed technique can uncover more diversified feature subsets on the Pareto front in less time than existing state-of-the-art methods.
Keyword:
Task analysis
Feature extraction
Optimization
Convergence
Search problems
Statistics
Sociology
Feature selection
multiform optimization
knowledge transfer
classification

期刊

IEEE Transactions on Evolutionary Computation 封面图
IEEE Transactions on Evolutionary Computation
IF:
12
论文数:
1.9K
被引数:
2.4W

机构

Z
Zhongyuan University of Technology
学者数:
3.1K
论文数: 1.7K
被引数: 2.0K
Z
Zhengzhou University
学者数:
6.8W
论文数: 4.4W
被引数: 8.5W
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