Effective memory protection using dynamic tainting

@inproceedings{Clause2007EffectiveMP,
  title={Effective memory protection using dynamic tainting},
  author={J. Clause and Ioannis Doudalis and A. Orso and M. Prvulovic},
  booktitle={ASE '07},
  year={2007}
}
Programs written in languages that provide direct access tomemory through pointers often contain memory-related faults, which may cause non-deterministic failures and even security vulnerabilities. [...] Key Method Taint marks are then suitably propagated while the program executes and are checked every time a memory address m is accessed through a pointer p; if the taint marks associated with mand p differ, the execution is stopped and the illegalaccess is reported.Expand
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