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    • 70. 发明申请
    • Process Efficient Preprocessing For Any Encryption Standard
    • 任何加密标准的过程高效预处理
    • US20160234011A1
    • 2016-08-11
    • US15026854
    • 2013-12-16
    • McAfee, Inc.
    • Richard Bruno
    • H04L9/06
    • H04L9/065G06F21/602G06F21/62H04L9/0637H04L2209/04H04L2209/34
    • A pre-encryption process for symmetric encryption processes that inputs a bit stream into any existing or future encryption standard to increase encryption complexity with a disproportionate increase in processing time. The first encoding step is the two-stage generation of two strong keys based on a seed strong crypto key and known information from the Source Data bit stream. The second step is to split and encode the bit stream based on entropy levels. After entropy coding, the aligned bit streams are multiplexed in a cyclic fashion to generate one resulting bit stream. The third step is to slice the resulting bit stream into blocks, encrypting each block and adding each block to a coded output bit stream. Each new strong crypto key is derived from the previous crypto key and the previous pre-processed bit stream data. The decoding process is provided that is a simplified inverse of the encoding process.
    • 对称加密过程的预加密过程,其将比特流输入到任何现有或未来的加密标准中,以在处理时间不成比例地增加来增加加密复杂度。 第一编码步骤是基于种子强密钥和源数据比特流的已知信息的两阶段生成两个强密钥。 第二步是基于熵级别分割和编码比特流。 在熵编码之后,对齐比特流以循环方式多路复用以产生一个产生的比特流。 第三步是将得到的比特流分解成块,加密每个块,并将每个块加到编码的输出比特流。 每个新的强加密密钥从先前的加密密钥和先前的预处理比特流数据导出。 提供了解码过程,其是编码处理的简化逆。