AbstractIn this paper we present a method for detecting malicious Android applications using feature selection methods. Three distinguishing features i.e. opcodes, methods and strings are extracted from each Android file and using feature selection techniques, prominent and diverse, top ranking features are mined. Different tree classifiers are used to categorize Android files as either malware or benign. Results show that methods is the most credible feature, which gives accuracy of 88.75% with 600 attributes using Correlation Feature Selection method and Adaboost with J48 as base classifier
Malicious applications pose an enormous security threat to mobile computing devices. Currently 85% o...
Android is designed for mobile devices and its open-source software. The growth and popularity of an...
Due to the increased number of mobile devices, they are integrated in every dimension of our daily l...
Android is the mobile operating system most frequently targeted by malware in the smartphone ecosyst...
Smartphones have become a potential part of our lives, and this led to a continued increase in the n...
Mobile malware performs malicious activitieslike stealing private information, sending messageSMS, r...
The rapidly increasing popularity of the Android platform has resulted in a significant increase in ...
Android mobile devices have reached a widespread use since the past decade, thus leading to an incre...
In this Thesis, we propose a machine-learning based classification algorithm of applications for a p...
The prosperity of mobile devices have been rapidly and drastically reforming the use pattern and of ...
This paper synthesizes an evaluation of feature selection algorithm by utilizing Term Frequency Inve...
Mobile malware performs maliciousactivities like stealing private information,sending message SMS, r...
Android is a most popular mobile-based operating system with billions of active users, which has enc...
Since the discovery that machine learning can be used to effectively detect Android malware, many st...
With the Android mobile device becoming increasingly popular, the Android application market has bec...
Malicious applications pose an enormous security threat to mobile computing devices. Currently 85% o...
Android is designed for mobile devices and its open-source software. The growth and popularity of an...
Due to the increased number of mobile devices, they are integrated in every dimension of our daily l...
Android is the mobile operating system most frequently targeted by malware in the smartphone ecosyst...
Smartphones have become a potential part of our lives, and this led to a continued increase in the n...
Mobile malware performs malicious activitieslike stealing private information, sending messageSMS, r...
The rapidly increasing popularity of the Android platform has resulted in a significant increase in ...
Android mobile devices have reached a widespread use since the past decade, thus leading to an incre...
In this Thesis, we propose a machine-learning based classification algorithm of applications for a p...
The prosperity of mobile devices have been rapidly and drastically reforming the use pattern and of ...
This paper synthesizes an evaluation of feature selection algorithm by utilizing Term Frequency Inve...
Mobile malware performs maliciousactivities like stealing private information,sending message SMS, r...
Android is a most popular mobile-based operating system with billions of active users, which has enc...
Since the discovery that machine learning can be used to effectively detect Android malware, many st...
With the Android mobile device becoming increasingly popular, the Android application market has bec...
Malicious applications pose an enormous security threat to mobile computing devices. Currently 85% o...
Android is designed for mobile devices and its open-source software. The growth and popularity of an...
Due to the increased number of mobile devices, they are integrated in every dimension of our daily l...