An Approach to Obtain Software Security Vulnerabilities Based on Vertical Search

Abstract:

we propose an effective approach to obtain software security vulnerabilities in web with vertical search technique in this paper. We use a keyword-trainer to get domain keywords in software security domain. Then the web page filter is designed after analyzing the obtained domain keywords and the structure of the URL topology. Finally, we design a vertical search crawler based on the webpage filter to search for the information of software security vulnerabilities in Web. This approach effectively discovers and digs out the information of software security vulnerabilities presenting in Web. It helps provides the primary knowledge and information for constructing security-knowledge database and analyze the vulnerabilities of software.

• Periodical: Advanced Materials Research (Volumes 403-408)
• Pages: 3203-3206
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.403-408.3203
• Online since: November 2011
• Authors: Xiao Hong Li, Chang Hu, Zhi Yong Feng, Hong Wei Du, Gang Gang Ding
• Keywords: Domain Keywords, Security Vulnerabilities, Vertical Search, Web Page Filter

References

[1] Ying Xiangle , The Study of Software Defect Classification, Computer Engineering and Design, (2008).

[2] He Jifeng: Linking Semantic Models[J]. ICTAC 2007: 18-33.

[3] Cao Zhong, The design and implementation of an optimized web crawler. Computer Knowledge and Technology 2008, 3.

[4] Ma Liangjun, Chen Lin, Ontology Based Query Expansion in vertical Search Engine, (2008).

[5] Yang Xueming, Liu Bosong. Ontology-based web crawler technology, informatics journal 2007, 5.