加密货币领域质量模型的绿色效率IOTA绿色效率

Amir Abbaszadeh Sori, M. Golsorkhtabaramiri, A. Sori
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引用次数: 0

摘要

在过去的几年里,加密货币在自由经济中找到了一个特殊的位置。除了加密货币的重要性和经济特征外,该领域的技术视角也很重要。如果我们想在未来使用加密货币作为日常使用的全球技术,那么这个领域需要优化。除了安全性、可扩展性、速度等问题外,还应该考虑能源效率和可持续性。本文将提出的“绿色效率”特征加入到加密货币领域的质量模型中。该特性由四个具有独立任务的单元组成,其整体过程旨在设计加密货币能耗方面的最佳质量模型。该提案的中心单元是G-ECC,它控制其他单元。该单位通过审查和评估从其他单位收到的报告,做出最终决定,以减少能源消耗和权衡各功能之间的关系。在本文的最后,在所提出的模型中回顾了IOTA加密货币的绿色效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Green Efficiency for Quality Models in the Field of Cryptocurrency; IOTA Green Efficiency
In the last few years, cryptocurrencies have found a special place in the free economy. In addition to the importance and economic features of cryptocurrencies, the technical perspective on this area is also significant. If we want to use cryptocurrencies in the future as a global technology with everyday use, then this field needs to be optimized. In addition to issues such as security, scalability, speed, etc., energy efficiency and sustainability should also be considered. In this paper, the proposed “green efficiency” characteristic is added to the quality model for the field of cryptocurrency. This characteristic consists of four units that have independent tasks, the overall process of which seeks to design an optimal quality model in terms of energy consumption in cryptocurrency. The central unit of this proposal is the G-ECC, which controls other units. The unit makes the final decision to reduce energy consumption and trade-offs between features by reviewing and evaluating reports received from other units. At the end of this article, the green efficiency of IOTA cryptocurrency is reviewed in the proposed model.
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