A Data-Driven Assessment Model for Metaverse Maturity

Mincong Tang, Jie Cao, Dalin Zhang, Ionut Pandelica
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Abstract

The rapid development of the metaverse has sparked extensive discussion on how to estimate its development maturity using quantifiable indicators, which can offer an assessment framework for governing the metaverse. Currently, the measurable methods for assessing the maturity of the metaverse are still in the early stages. Data-driven approaches, which depend on the collection, analysis, and interpretation of large volumes of data to guide decisions and actions, are becoming more important. This paper proposes a data-driven approach to assess the maturity of the metaverse based on K-means-AdaBoost. This method automatically updates the indicator weights based on the knowledge acquired from the model, thereby significantly enhancing the accuracy of model predictions. Our approach assesses the maturity of metaverse systems through a thorough analysis of metaverse data and provides strategic guidance for their development.
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数据驱动的元数据成熟度评估模型
元虚拟世界的快速发展引发了人们对如何利用可量化的指标来估计其发展成熟度的广泛讨论,这些指标可以为治理元虚拟世界提供一个评估框架。目前,评估元宇宙成熟度的可衡量方法仍处于早期阶段。数据驱动方法依赖于收集、分析和解释大量数据来指导决策和行动,这种方法正变得越来越重要。本文提出了一种基于 K-means-AdaBoost 的数据驱动方法来评估元宇宙的成熟度。该方法可根据从模型中获取的知识自动更新指标权重,从而显著提高模型预测的准确性。我们的方法通过全面分析元数据来评估元数据系统的成熟度,并为其发展提供战略指导。
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