Integration of Blockchain & Machine Learning Approach in Sustainable Material Selection

1, 2024 Pub Date : 2024-03-04 DOI:10.46632/jmc/3/1/3
N. Gandhi, Nivetha Martin, P. Pandiammal
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Abstract

Sustainable materials with special focus on environment are the need of the hour. The alarming signs of global warming demands the emerge of sustainable industries with the goal of producing products using sustainable materials. The process of drawing optimal decisions on sustainable materials is highly intricated and henceforth this research work proposes a comprehensive and integrated approach of decision-making. Block chain together with Random Forest algorithm is leveraged in determining the sustainable material selection. The combined approach resolves the challenges of managing data integrity in obtaining precise results. On comparing the results using performance metrics, it is evident that the proposed approach facilitates optimum decision making of sustainable materials to a greater extent. This integrated approach shall be applied to several decision-making scenarios customizing the parameters to the need of the industrial problems.
区块链与机器学习方法在可持续材料选择中的融合
以环保为重点的可持续材料是当务之急。令人担忧的全球变暖迹象要求出现可持续工业,其目标是使用可持续材料生产产品。可持续材料的优化决策过程非常复杂,因此本研究工作提出了一种全面综合的决策方法。区块链和随机森林算法被用于确定可持续材料的选择。这种综合方法解决了管理数据完整性以获得精确结果的难题。通过使用性能指标对结果进行比较,可以看出所提出的方法在更大程度上促进了可持续材料的优化决策。这种综合方法将应用于多种决策方案,根据工业问题的需要定制参数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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