| Document Date: 2007-12-13 02:28:12
Open Document File Size: 157,99 KBShare Result on Facebook
City Chengdu / Shanghai / / Company Oracle / / Country China / / / Event FDA Phase / / IndustryTerm generation algorithm / dual-hash device / hybrid encryption algorithms / probabilistic algorithm / probabilistic polynomial-time algorithm / polynomial-time decryption algorithm / probabilistic polynomial-time key generation algorithm / decryption algorithm / probabilistic polynomial-time encryption algorithm / polynomial-time encryption algorithm / encryption algorithm / / Organization School of Information Science & Technology / / Position ODH IND-CPA / / Product KM04 / / ProvinceOrState Saskatchewan / / PublishedMedium IEEE Transactions on Information Theory / / Technology encryption / cryptography / secure hybrid encryption / key generation algorithm / Public key / kurosawa-Desmedt hybrid encryption / encryption algorithm / 4.2 Encryption / probabilistic polynomial-time encryption algorithm / hybrid encryption / 2.3 Hybrid Encryption / block cipher / probabilistic polynomial-time key generation algorithm / private key / secret key / deterministic / polynomial-time decryption algorithm / probabilistic polynomial-time algorithm / simulation / underlying symmetric-key encryption / decryption algorithm / following algorithms / deterministic / polynomial-time encryption algorithm / probabilistic algorithm / hybrid encryption algorithms / two algorithms / /
SocialTag |
Weak adaptive chosen ciphertext secure hybrid encryption scheme Xianhui Lu1 , Xuejia Lai2 , Dake He1 , Guomin Li1 Email: 1:School of Information Science & Technology, SWJTU, Chengdu, China 2:Dept. of C