基于分数的支持向量机垃圾邮件检测

Lakshman Narayana Vejendla, Bhargavi Bysani, Abitha Mundru, Maheswari Setty, Vidya Jyothi Kunta
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摘要

如今,人们都很清楚社交媒体在现代交流中所起的重要作用。电子邮件是最可靠、最安全的社交媒体平台之一,用于在互联网上进行在线联系、交换数据或信息。现在很多人都依赖陌生人提供的免费电子邮件和信息。因为任何人都可以发送电子邮件或消息,垃圾邮件发送者有一个极好的机会来编写垃圾邮件,以满足我们不同的兴趣。群发邮件,有时也被称为“垃圾邮件”,是指使用电子邮件一次发送大量信息的行为。当电子邮件被转发到未经授权的服务器时,通常会产生垃圾邮件。垃圾邮件会减慢互联网连接速度,窃取密码和信用卡详细信息等敏感信息,并篡改计算机上的搜索结果。追踪垃圾邮件发送者及其内容并不简单。如今,垃圾邮件主要用于推广产品和服务,因为这是赚钱的地方。提出的模型允许我们将消息分类为垃圾邮件或火腿,并确定由垃圾邮件或火腿组成的数据集的百分比。在本文中,研究了支持向量机(SVM)等机器学习方法,以及如何使用所提出的数据集将电子邮件分类为垃圾邮件或业余邮件。所建议的模型在确定电子邮件内容方面的准确率明显高于之前的模型。
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Score based Support Vector Machine for Spam Mail Detection
Nowadays, people are well aware of the essential role that social media plays in modern communication. Email is one of the most reliable and secure social media platforms used for making online contacts and exchanging data or messages over the internet. Free email and messages provided by strangers are relied on by many people nowadays. Because anyone may send an email or a message, spammers have a fantastic opportunity to write spam messages that cater to our varied interests. Mass emailing, sometimes known as “email spam,” is the practice of sending numerous messages at once using electronic mail. When emails are forwarded to unauthorized servers, spam is the usual result. Spam slows down internet connection, steals sensitive information like passwords and credit card details, and tampers with search results on computers. It's not simple to track down spammers and their content. Today, spam emails are mostly used to promote products and services, as this is where the money is. The proposed model allows us to categorize messages as spam or ham and determine what percentage of the dataset is comprised of spam or ham. In this proposed work, the machine learning method such as Support Vector Machine (SVM) are examined and how it is used to classify emails as spam or ham using proposed dataset. The accuracy of suggested model for determining the content of an email is significantly higher than that of earlier models.
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