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신경망을 이용한 소프트웨어 취약 여부 예측 시스템
최민준,
구동영,
윤수범,
Vol. 29, No. 3, pp. 557-564,
5월.
2019
10.13089/JKIISC.2019.29.3.557
주제어: Artificial intelligence, Neural Network, Machine Learning, Fuzzing, software vulnerability, Artificial intelligence, Neural Network, Machine Learning, Fuzzing, software vulnerability
![](https://d2kjln74dkk4oj.cloudfront.net/img/doi_icon.png)
주제어: Artificial intelligence, Neural Network, Machine Learning, Fuzzing, software vulnerability, Artificial intelligence, Neural Network, Machine Learning, Fuzzing, software vulnerability
블록체인 소프트웨어의 취약점을 이용한 OS 커맨드 인젝션 공격에 대한 연구
김병국,
허준범,
Vol. 29, No. 2, pp. 309-320,
3월.
2019
10.13089/JKIISC.2019.29.2.309
주제어: Blockchain, Cryptocurrency, Static Analysis, software vulnerability, Blockchain, Cryptocurrency, Static Analysis, software vulnerability
![](https://d2kjln74dkk4oj.cloudfront.net/img/doi_icon.png)
주제어: Blockchain, Cryptocurrency, Static Analysis, software vulnerability, Blockchain, Cryptocurrency, Static Analysis, software vulnerability
SDWSN 환경의 PUF 기반 그룹 키 분배 방법 개선
오정민,
정익래,
변진욱,
Vol. 29, No. 1, pp. 29-43,
1월.
2019
10.13089/JKIISC.2019.29.1.29
주제어: Wireless Sensor Networks, Software-Defined Networking, Key Distribution, physical unclonable functions, Fuzzy extractor, Wireless Sensor Networks, Software-Defined Networking, Key Distribution, physical unclonable functions, Fuzzy extractor
![](https://d2kjln74dkk4oj.cloudfront.net/img/doi_icon.png)
주제어: Wireless Sensor Networks, Software-Defined Networking, Key Distribution, physical unclonable functions, Fuzzy extractor, Wireless Sensor Networks, Software-Defined Networking, Key Distribution, physical unclonable functions, Fuzzy extractor
Variational Autoencoder를 활용한 필드 기반 그레이 박스 퍼징 방법
이수림,
문종섭,
Vol. 28, No. 6, pp. 1463-1474,
11월.
2018
10.13089/JKIISC.2018.28.6.1463
주제어: Software Testing, Fuzzing, Vulnerability, Deep Learning, VAE(Variational Autoencoder), Software Testing, Fuzzing, Vulnerability, Deep Learning, VAE(Variational Autoencoder)
![](https://d2kjln74dkk4oj.cloudfront.net/img/doi_icon.png)
주제어: Software Testing, Fuzzing, Vulnerability, Deep Learning, VAE(Variational Autoencoder), Software Testing, Fuzzing, Vulnerability, Deep Learning, VAE(Variational Autoencoder)
동적 기호 실행을 이용한 힙 메모리 OOB 취약점 자동 탐지 방법
강상용,
노봉남,
박성현,
Vol. 28, No. 4, pp. 919-928,
7월.
2018
10.13089/JKIISC.2018.28.4.919
주제어: Dynamic Symbolic Execution, software vulnerability, Heap Memory Vulnerability, Out-of-bounds, Dynamic Symbolic Execution, software vulnerability, Heap Memory Vulnerability, Out-of-bounds
![](https://d2kjln74dkk4oj.cloudfront.net/img/doi_icon.png)
주제어: Dynamic Symbolic Execution, software vulnerability, Heap Memory Vulnerability, Out-of-bounds, Dynamic Symbolic Execution, software vulnerability, Heap Memory Vulnerability, Out-of-bounds
윈도우 운영체제의 시간 종속 잡음원에 대한 엔트로피 평가 방법 연구
김예원,
염용진,
Vol. 28, No. 4, pp. 809-826,
7월.
2018
10.13089/JKIISC.2018.28.4.809
주제어: Software noise source, Entropy evaluation method, Random Number Generator, Software noise source, Entropy evaluation method, Random Number Generator
![](https://d2kjln74dkk4oj.cloudfront.net/img/doi_icon.png)
주제어: Software noise source, Entropy evaluation method, Random Number Generator, Software noise source, Entropy evaluation method, Random Number Generator
소스 코드 난독화 기법에 의한 Clang 정적 분석 도구의 성능 영향 분석
진홍주,
박문찬,
이동훈,
Vol. 28, No. 3, pp. 605-615,
5월.
2018
10.13089/JKIISC.2018.28.3.605
주제어: Internet of Things, software weakness, Static Analysis, Source Code Obfuscation, Internet of Things, software weakness, Static Analysis, Source Code Obfuscation
![](https://d2kjln74dkk4oj.cloudfront.net/img/doi_icon.png)
주제어: Internet of Things, software weakness, Static Analysis, Source Code Obfuscation, Internet of Things, software weakness, Static Analysis, Source Code Obfuscation
저사양 8-bit AVR 프로세서 상에서의 초경량 블록 암호 알고리즘 CHAM 메모리 최적화 구현
서화정,
Vol. 28, No. 3, pp. 545-550,
5월.
2018
10.13089/JKIISC.2018.28.3.545
주제어: Software Implementation, Internet of Things, block cipher, 8-bit AVR Processors, Software Implementation, Internet of Things, block cipher, 8-bit AVR Processors
![](https://d2kjln74dkk4oj.cloudfront.net/img/doi_icon.png)
주제어: Software Implementation, Internet of Things, block cipher, 8-bit AVR Processors, Software Implementation, Internet of Things, block cipher, 8-bit AVR Processors