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http://dx.doi.org/10.33778/kcsa.2019.19.5.047

The Design of Authentication Model based on Symmetric Key Encryption for Improving Network Availability in Cloud Environment  

Baek, Yong-Jin (경상대학교 컴퓨터과학과)
Hong, Suk-Won (경남도립거창대학)
Kim, Sang-Bok (경상대학교 컴퓨터과학과)
Publication Information
Abstract
Network-based sharing of information has evolved into a cloud service environment today, increasing its number of users rapidly, but has become a major target for network-based illegal attackers.. In addition, IP spoofing among attackers' various attack techniques generally involves resource exhaustion attacks. Therefore, fast detection and response techniques are required. The existing detection method for IP spoofing attack performs the final authentication process according to the analysis and matching of traceback information of the client who attempted the connection request. However, the simple comparison method of traceback information may require excessive OTP due to frequent false positives in an environment requiring service transparency. In this paper, symmetric key cryptography based on traceback information is used as mutual authentication information to improve this problem. That is, after generating a traceback-based encryption key, mutual authentication is possible by performing a normal decryption process. In addition, this process could improve the overhead caused by false positives.
Keywords
Big data; Security; Cloud Computing; Encryption; Traceback; Telemedicine; IPSpoofing; DDoS;
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