Function inlining, although a common phenomenon, can greatly hinder the readability of the
binary code obtained through decompilation. Identifying inline functions in the binary code is …

Software reverse engineering is an intricate process that involves analyzing binary
applications to understand their functionality and inner workings. However, compiler …

Automated analysis of computer programs is a powerful tool in the arsenal of software
developers. In the last decades, researchers presented numerous techniques to extract …

In this thesis, we focus on the reverse engineering task of identifying functions that have
been inlined by the compiler as a result of optimizations. We leveraged BINO and MemRec …

The complexities introduced by compiler optimization have long stood as a major obstacle in
the field of binary analysis and reverse engineering. The function inlining optimization, in …

This thesis addresses the Inline Function Detection problem, which consists in detecting
functions inlined in a binary executable or object file. We do so with a novel strategy that …

In this study, we present a tool for the recognition of C++ objects in optimized binaries,
where essential information like symbols and function calls is often missing. Existing …