Alexander Chernov

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This paper presents a method for automatic reconstruction of polymorphic class hierarchies from the assembly code obtained by compiling a C++ program. If the program is compiled with run-time type information (RTTI), class hierarchy is reconstructed via analysis of RTTI structures. In case RTTI structures are missing in the assembly, a technique based on(More)
The objective of the present study was to evaluate the efficiency and convenience of using the new modified Frenzel goggles in diagnostics of spontaneous nystagmus. It was shown that the modified Frenzel goggles provide more homogeneous lightening of the eyes and better diagnosis of peripheral latent spontaneous nystagmus in comparison with the traditional(More)
This paper presents a method for automatic reconstruction of high-level composite types during decompilation of C programs from assembly code. The proposed method is based on expressing memory access operations as pairs (base+offset), then building sets of equivalence for all memory access bases used in the program and accumulating sets of offsets for all(More)
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