现代电信科技
現代電信科技
현대전신과기
MODERN SCIENCE & TECHNOLOGY OF TELECOMMUNICATIONS
2012年
11期
41-45
,共5页
TD-LTE%128-EIA2%AES-128%AES—CMAC
TD-LTE%128-EIA2%AES-128%AES—CMAC
TD-LTE%128-EIA2%AES-128%AES—CMAC
TD-LTE%128-EIA2%AES-128%AES-CMAC
TD—LTE系统中128-EIA2完整性保护算法基于AES—CMAc算法实现。文章对该算法的实现过程及伪码进行了介绍，并在VS2005环境下根据参考文献中的测试向量分别对AES一128算法和AES—CMAC算法的正确性与可靠性进行验证。最终，将基于AES—CMAC算法实现的128-EIA2算法用于TD—LTE系统。
TD—LTE繫統中128-EIA2完整性保護算法基于AES—CMAc算法實現。文章對該算法的實現過程及偽碼進行瞭介紹，併在VS2005環境下根據參攷文獻中的測試嚮量分彆對AES一128算法和AES—CMAC算法的正確性與可靠性進行驗證。最終，將基于AES—CMAC算法實現的128-EIA2算法用于TD—LTE繫統。
TD—LTE계통중128-EIA2완정성보호산법기우AES—CMAc산법실현。문장대해산법적실현과정급위마진행료개소，병재VS2005배경하근거삼고문헌중적측시향량분별대AES일128산법화AES—CMAC산법적정학성여가고성진행험증。최종，장기우AES—CMAC산법실현적128-EIA2산법용우TD—LTE계통。
The implementation of 128-EIA2 in- tegrity algorithm in TD-LTE system is based on AES-CMAC algorithm. The realization process and pseudo code of this algorithm are introduced in this paper, and the accuracy and reliability of AES-128 algorithm and AES-CMAC algorithms are verified with test vectors according to the reference litera- tures in Visual Studio 2005. Finally, the 128-EIA2 algorithm which is based on the implementation of AES-CMAC algorithm is applied to TD-LTE system.
