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An Intrinsic Evaluator for Embedding Methods in Malicious URL Detection

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Abstract Nowadays, machine learning is used in many fields. Not only in fields such as image recognition, machine learning is also used for malicious detection. Especially in recent years, there have been many studies using machine learning for malicious URL detection to replace traditional blacklists. In order to compare the performance of the malicious URLs detection method, researches used the F-score or other detection accuracy to evaluate, but there are some difficulties in evaluating the URL embedding method used in malicious URLs detection because the detection accuracy is also effect by machine learning or deep learning models and data sets. An evaluation method of URL embedding method that is not affected by other factors is particularly important. In this paper, we proposed an intrinsic evaluation method for URL embedding method that is not affected by machine learning models or deep learning models and data sets. Besides, We analyse some URL embedding methods according to intrinsic and extrinsic methods and offer a guidance in selecting suitable embedding methods in URL by analysing the results.
Springer Science and Business Media LLC
Title: An Intrinsic Evaluator for Embedding Methods in Malicious URL Detection
Description:
Abstract Nowadays, machine learning is used in many fields.
Not only in fields such as image recognition, machine learning is also used for malicious detection.
Especially in recent years, there have been many studies using machine learning for malicious URL detection to replace traditional blacklists.
In order to compare the performance of the malicious URLs detection method, researches used the F-score or other detection accuracy to evaluate, but there are some difficulties in evaluating the URL embedding method used in malicious URLs detection because the detection accuracy is also effect by machine learning or deep learning models and data sets.
An evaluation method of URL embedding method that is not affected by other factors is particularly important.
In this paper, we proposed an intrinsic evaluation method for URL embedding method that is not affected by machine learning models or deep learning models and data sets.
Besides, We analyse some URL embedding methods according to intrinsic and extrinsic methods and offer a guidance in selecting suitable embedding methods in URL by analysing the results.

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