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논문 기본 정보
- 자료유형
- 학위논문
- 저자정보
- 지도교수
- 류재철
- 발행연도
- 2019
- 저작권
- 충남대학교 논문은 저작권에 의해 보호받습니다.
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초록· 키워드
오류제보하기
In modern society, PCs are made up of different kinds of files. Such files are being used as targets for various hackers because of software vulnerabilities. In particular, binary files are files created for execution purposes. These binary files are categorized into different types according to different environments (operating systems) and different systems (architecture). There are many ways to analyze software to identify vulnerabilities. Analysis technique using source code, black box technique such as purging that generates errors by repeatedly entering random values, and analysis of file (binary) itself through reverse engineering.
Much research is being done to analyze binary files around the world. The limitations of the study of vulnerability detection through binary analysis depend on the vast amount of files. It takes a long time for analysts to manually analyze a large number of files.
Therefore, research is needed to automate binary analysis. Binary files usually contain executable code and information for execution together in a specific format. Therefore, In order to analyze the binary, the binary format must be analyzed first.
In this paper, we have implemented a tool to automatically analyze various kinds of binary formats and to provide various APIs for binary vulnerability analysis. Using these tools, we expect to be able to analyze a large number of binaries in a relatively short period of time.
Much research is being done to analyze binary files around the world. The limitations of the study of vulnerability detection through binary analysis depend on the vast amount of files. It takes a long time for analysts to manually analyze a large number of files.
Therefore, research is needed to automate binary analysis. Binary files usually contain executable code and information for execution together in a specific format. Therefore, In order to analyze the binary, the binary format must be analyzed first.
In this paper, we have implemented a tool to automatically analyze various kinds of binary formats and to provide various APIs for binary vulnerability analysis. Using these tools, we expect to be able to analyze a large number of binaries in a relatively short period of time.
목차
목 차제 1 장 서 론 11.1 연구 배경 11.2 연구목적 및 내용 21.3 논문의 구성 4제 2 장 관 련 연 구 62.1 바이너리 62.2 바이너리 분석 연구 62.3 ELF 포맷 72.4 PE 포맷 82.5 Mach-O 포맷 82.6 바이너리 포맷 분석 도구 92.6.1 readelf 92.6.2 objdump 102.6.3 dumpbin 102.6.4 otool 11제 3 장 분석기 구현 123.1 구현 목표 123.2 구현 환경 123.3 구조 설계 133.4 API 143.5 ELF 분석기 구현 163.5.1 ELF 분석 163.5.2 ELF Header 163.5.3 Section 173.5.4 Segment 193.5.5 Symbol 193.6 PE 분석기 구현 253.7 Mach-O 분석기 구현 273.8 실험 및 결과 28제 4 장 결 론 30참 고 문 헌 31Abstract 33
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