Efficient symbolic simulation of low level software
Tamarah Arons, Elad Elster, Shlomit Ozer, Jonathan Shalev, Eli Singerman · 2008
Symbolic execution has long been a staple technique for formal hardware verification. Its application to software requires methods for dealing with software specific complexities. In this paper we elaborate methods for the efficient symbolic simulation of embedded software; some methods are new, others are improvements of existing methods. Using these techniques we have been able to symbolically execute real life microcode of thousands of lines, allowing formal methods to become an integral part of microcode validation in Intel Corporation.