Detecting Phishing Websites Using an Efficient Feature-based Machine Learning Framework

Phishing is a form of digital crime where spam messages and spam sites attract users to exploit sensitive information on fishermen. Sensitive information obtained is used to take notes or to access money. To combat the crime of identity theft, Microsoft's cloud-based program attempts to use logical testing to determine how you can build trust with the characters. The purpose of this paper is to create a molded channel using a variety of machine learning methods. Separation is a method of machine learning that can be used effectively to identify fish, assemble and test models, use different mixing settings, and look at different mechanical learning processes, and measure the accuracy of the modified model and show multiple measurement measurements. The current study compares predictive accuracy, f1 scores, guessing and remembering multiple machine learning methods including Naïve Bayes (NB) and Random forest (RF) to detect criminal messages to steal sensitive information and improve the process by selecting highlighting strategies and improving crime classification accuracy. to steal sensitive information.

Paper

Full text

PDF

Detecting Phishing Websites Using an Efficient Feature-based Machine Learning Framework

Semantic Scholar · Computer Science · 2021

Abstract

Phishing is a form of digital crime where spam messages and spam sites attract users to exploit sensitive information on fishermen. Sensitive information obtained is used to take notes or to access money. To combat the crime of identity theft, Microsoft's cloud-based program attempts to use logical testing to determine how you can build trust with the characters. The purpose of this paper is to create a molded channel using a variety of machine learning methods. Separation is a method of machine learning that can be used effectively to identify fish, assemble and test models, use different mixing settings, and look at different mechanical learning processes, and measure the accuracy of the modified model and show multiple measurement measurements. The current study compares predictive accuracy, f1 scores, guessing and remembering multiple machine learning methods including Naïve Bayes (NB) and Random forest (RF) to detect criminal messages to steal sensitive information and improve the process by selecting highlighting strategies and improving crime classification accuracy. to steal sensitive information.

References (9)

04Phishing attacks and Schemes to detect Phishing: A Literature Survey2017 · JASC: Journal of Applied Science and Computations
05Phishing and hostile to phishing methods: Case ponder2013 · International Journal of Advanced Research in Computer Science and Software Engineering
06Similar investigation on email spam classifier utilizing information mining procedures2012 · Proceedings of the International Multi Conference of Engineers and Computer Scientist
07An examination of machine learning systems for phishing recognition2007 · Proceedings of the counter phishing working gatherings second yearly eCrime specialists summit
08Displaying and counteracting phishing assaults2005 · In Financial Cryptography,
09Recognizing Phishing Attacks

Similar papers

© 2026 NYSGPT2525 LLC