Spoofing E-Mail Detection Using Stacking Algorithm

Chaitra Sai Jalda, Ashok Kumar Nanda, R. Pitchai
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引用次数: 1

Abstract

In 2021, email spoofing and phishing increased by 220 percent [10]. With such a large number, cybercriminals are exploiting opportunities to spoof emails and phish for valuable information and credentials. Consequently, the average cost of cybercrime was $4.24 million in 2021.Cyber threats come in all forms and configurations [10], so why email? Because email is where 94 percent of all malware enters a computer [10]. As a necessary consequence, it is preferable to secure emails. We investigated various approaches before actually presenting our approach to spoofing email detection. In this paper, we have discussed about the architecture model of stacking algorithm. We have also proposed stacking algorithm is one of the best performer algorithm with respect to accuracy and speed of operations for detecting spoof emails. We have compared few algorithms characteristics of machine learning.
基于堆叠算法的欺骗电子邮件检测
2021年,电子邮件欺骗和网络钓鱼增加了220%[10]。有了如此庞大的数量,网络犯罪分子正在利用机会欺骗电子邮件和网络钓鱼,以获取有价值的信息和凭证。因此,2021年网络犯罪的平均成本为424万美元。网络威胁有各种形式和配置[10],那么为什么是电子邮件呢?因为94%的恶意软件是通过电子邮件进入电脑的[10]。作为必然的结果,保护电子邮件是可取的。在实际展示欺骗电子邮件检测方法之前,我们研究了各种方法。本文讨论了堆叠算法的体系结构模型。我们还提出了堆叠算法是检测欺骗电子邮件的准确性和操作速度方面性能最好的算法之一。我们比较了机器学习的几个算法特征。
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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