MOANOFS: Multi-Objective Automated Negotiation based Online Feature Selection System for Big Data Classification
Fatma BenSaid, Adel M. Alimi

TL;DR
This paper introduces MOANOFS, an online feature selection system that combines online learning and automated negotiation to effectively select relevant features in big data classification tasks, especially with sequential data.
Contribution
It proposes a novel multi-objective automated negotiation framework for online feature selection, integrating trust evaluation among multiple learners for improved relevance and accuracy.
Findings
Achieves high classification accuracy on real-world big data applications.
Effectively selects relevant features in sequential data scenarios.
Demonstrates robustness across different domains.
Abstract
Feature Selection (FS) plays an important role in learning and classification tasks. The object of FS is to select the relevant and non-redundant features. Considering the huge amount number of features in real-world applications, FS methods using batch learning technique can't resolve big data problem especially when data arrive sequentially. In this paper, we propose an online feature selection system which resolves this problem. More specifically, we treat the problem of online supervised feature selection for binary classification as a decision-making problem. A philosophical vision to this problem leads to a hybridization between two important domains: feature selection using online learning technique (OFS) and automated negotiation (AN). The proposed OFS system called MOANOFS (Multi-Objective Automated Negotiation based Online Feature Selection) uses two levels of decision. In the…
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Taxonomy
TopicsMulti-Agent Systems and Negotiation · Data Mining Algorithms and Applications · Topic Modeling
