Title:  Hybrid Techniques for Preventing Memory Corruption Attacks in C
Abstract:  Memory corruption attacks in C have been a serious problem  
in system security for over a decade.  As software has become  
increasingly complex, source code analysis and runtime-based  
prevention techniques have been developed to prevent such attacks  
from occurring.  Unfortunately, both approaches have serious  
drawbacks that dramatically reduce their efficacy.  To resolve these  
issues, static/dynamic hybrid techniques have been developed that are  
much more efficient and effective.  In this talk, we survey several  
major hybrid techniques, discuss their shortcomings, and describe  
current research that leverages their capabilities to pragmatically  
protect C programs from memory corruption attacks.