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1
Intro
2
How Secure are Deep Learning Malware Detectors?
3
Control Flow Classification for Malware Detection
4
Intel Processor Trace (Intel PT)
5
Image Conversion of Intel PT Control Flow Packets
6
Recall The Proposed Malware Detection System
7
Why Applying Computer Vision to Malware Detection?
8
HeNet: Hierarchical Ensemble Neural Network
9
HeNet Performance Evaluation
10
HeNet Low-level Model Performance
11
HeNet Top-level Ensemble Model
12
Conclusions and Future Work
Description:
Explore a deep learning approach for effective exploit detection using Intel® Processor Trace in this conference talk presented at the 1st Deep Learning and Security Workshop. Dive into HeNet, a hierarchical ensemble neural network that classifies hardware-generated control flow traces for malware detection. Learn how this innovative method overcomes challenges faced by static code analysis and API call-based approaches. Discover the architecture of HeNet, consisting of a low-level behavior model and a top-level ensemble model, and understand how it leverages transfer learning and image conversion techniques. Examine the evaluation results against real-world PDF reader exploits, showcasing HeNet's impressive accuracy and performance compared to classical machine learning algorithms. Gain insights into the potential of hardware trace-based malware detection and its implications for cybersecurity.

HeNet- A Deep Learning Approach on Intel Processor Trace for Effective Exploit Detection

IEEE
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