Dynamic binary instrumentation-based framework for malware defense

Keyphrases

• Testing Environment 100%
• Malware Attacks 100%
• Real Environment 100%
• Dynamic Binary Instrumentation 100%
• Virus 66%
• Malware 66%
• Security Policy 66%
• Obfuscation 66%
• Malicious Software 66%
• Proposed Methodology 33%
• Untrusted 33%
• Accuracy Improvement 33%
• Behavioral Patterns 33%
• Performance Penalty 33%
• Operating System 33%
• Linux 33%
• Learning Process 33%
• Low Performance 33%
• Behavioral Model 33%
• Virtualized 33%
• Runtime Monitoring 33%
• Average Execution Time 33%
• Malware Detection 33%
• Isolated Execution 33%
• Windows XP 33%
• Complete Coverage 33%
• Continual Learning 33%
• Information Security Breach 33%
• Isolated Environment 33%

Computer Science

• Malware 100%
• Binary Instrumentation 100%
• Testing Environment 33%
• Security Policy 33%
• Performance Penalty 16%
• Linux 16%
• Learning Process 16%
• Lower Performance 16%
• Time Monitoring 16%
• Information Security 16%
• Average Execution Time 16%
• Malware Detection 16%
• Security Breach 16%
• Execution Environments 16%
• Behavioral Pattern 16%
• Isolated Environment 16%
• Operating System 16%