Please use this identifier to cite or link to this item: http://dspace.dtu.ac.in:8080/jspui/handle/repository/15977
Title: ANDROID MALWARE CLASSIFICATION
Authors: KUMAR, UPDESH
Keywords: ANDROID MALWARE CLASSIFICATION
MACHINE LEARNING APPROACHES
NEURAL SYSTEMS
CNN
Issue Date: Jul-2017
Series/Report no.: TD-2956;
Abstract: As indicated by AV merchants vindictive programming has been developing exponentially years ago. One of the principle purposes behind these high volumes is that all together to sidestep discovery, malware creators began utilizing polymorphic and transformative procedures. Therefore, conventional mark based ways to deal with recognize malware are being lacking against new malware and the classification of malware tests had turned out to be basic to know the premise of the conduct of malware and to battle back cybercriminals. Amid the most recent decade, arrangements that battle against pernicious programming had started utilizing machine learning approaches. Tragically, there are few open source datasets accessible for the scholarly group. One of the greatest datasets accessible was discharged a year ago in an opposition facilitated on Kaggle with information gave by Microsoft to the Huge Information Trailblazers Social event (Huge 2015). This proposition presents two novel and adaptable methodologies utilizing Neural Systems (NNs) to dole out malware to its comparing family. On one hand, the principal approach makes utilization of CNNs to take in a include pecking order to segregate among tests of malware spoke to as dark scale pictures. Then again, the second approach utilizes the CNN engineering acquainted by Yoon Kim [12] with order malware tests concurring their x86 guidelines. The proposed strategies accomplished a change of 80.86% and 81.56% as for the equivalent likelihood benchmark.
URI: http://dspace.dtu.ac.in:8080/jspui/handle/repository/15977
Appears in Collections:M.E./M.Tech. Computer Engineering

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