Many existing techniques for reversing data structures in C/C++ binaries are limited to low-level programming constructs, such as individual variables or structs. Unfortunately, without detailed information about a program's pointer structures, forensics and reverse engineering are exceedingly hard. To fill this gap, we propose MemPick, a tool that detects and classifies high-level data structures used in stripped binaries. By analyzing how links between memory objects evolve throughout the program execution, it distinguishes between many commonly used data structures, such as singly-or doubly-linked lists, many types of trees (e.g., AVL, red-black trees, B-trees), and graphs. We evaluate the technique on 10 real world applications and 16 p...
In our recent work, we have developed compiler analyses and transformations that operate at the leve...
We present a method to detect and visualize evolution patterns in C++ source code. Our method consis...
We present a method to detect and visualize evolution patterns in C++ source code. Our method consis...
Many existing techniques for reversing data structures in C/C++ binaries are limited to low-level pr...
Abstract—Many existing techniques for reversing data struc-tures in C/C++ binaries are limited to lo...
Many existing techniques for reversing data structures in C/C ++ binaries are limited to low-level p...
Most current techniques for data structure reverse engineering are limited to low-level programing c...
Reverse engineering binary code is notoriously difficult and, especially, understanding a binary's d...
Many reverse engineering techniques for data structures rely on the knowledge of memory allocation r...
Abstract—Many reversing techniques for data structures rely on the knowledge of memory allocation ro...
Reversing engineering of data structures involves two aspects: (1) given an application binary, infe...
Abstract. We investigate whether dynamic data structures in pointer programs can be identified by an...
C and C++ are the most popular programming languages used to implement browsers,runtime libraries, i...
Abstract—Reverse engineering is the process of examining and probing a program to determine the orig...
In this thesis, we categorize linked structures and linked substructures each into four groups based...
In our recent work, we have developed compiler analyses and transformations that operate at the leve...
We present a method to detect and visualize evolution patterns in C++ source code. Our method consis...
We present a method to detect and visualize evolution patterns in C++ source code. Our method consis...
Many existing techniques for reversing data structures in C/C++ binaries are limited to low-level pr...
Abstract—Many existing techniques for reversing data struc-tures in C/C++ binaries are limited to lo...
Many existing techniques for reversing data structures in C/C ++ binaries are limited to low-level p...
Most current techniques for data structure reverse engineering are limited to low-level programing c...
Reverse engineering binary code is notoriously difficult and, especially, understanding a binary's d...
Many reverse engineering techniques for data structures rely on the knowledge of memory allocation r...
Abstract—Many reversing techniques for data structures rely on the knowledge of memory allocation ro...
Reversing engineering of data structures involves two aspects: (1) given an application binary, infe...
Abstract. We investigate whether dynamic data structures in pointer programs can be identified by an...
C and C++ are the most popular programming languages used to implement browsers,runtime libraries, i...
Abstract—Reverse engineering is the process of examining and probing a program to determine the orig...
In this thesis, we categorize linked structures and linked substructures each into four groups based...
In our recent work, we have developed compiler analyses and transformations that operate at the leve...
We present a method to detect and visualize evolution patterns in C++ source code. Our method consis...
We present a method to detect and visualize evolution patterns in C++ source code. Our method consis...