The combination of encryption algorithm and the key length governs the strength of the encryption type.
加密算法和密钥长度的组合决定加密类型的强度。
The combination of algorithm and the key length results in having stronger encryption, medium encryption, and weak encryption.
算法和密钥长度的组合产生强加密、中等加密和弱加密。
The difference between the encryption types is the strength of algorithm and length of the key being used.
不同加密类型之间的差异在于算法的强度和使用的密钥长度。
DES, the United States Data Encryption Standard, is a block cipher algorithm with 8-byte long blocks and a key length of 56 bits.
即美国国家数据加密标准(the United States DataEncryption Standard)，是一个块密码算法，块长8字节，密钥长56位。
To take maximum advantage of the encryption algorithm, your key should be 32 characters in length (128 bits).
为了发挥加密算法的最大优势，你的解密钥匙需要被设置为32个字符长度为128比特。
It is not the only option which to increase the key length of encryption algorithm in order to enhance security.
仅通过增加加密算法的密钥长度来达到增强安全性已不再是唯一的可行方法。
This paper introduces an optimization of Advanced Encryption Standard (AES) with 128-bit block length and key length. It can speed up execution on ARM microprocessor.
提出一种高级加密标准(aes)算法的优化方案，适合在ARM处理器上运行长度均为128位的明文和密钥。
This paper introduces an optimization of Advanced Encryption Standard (AES) with 128-bit block length and key length. It can speed up execution on ARM microprocessor.
提出一种高级加密标准(aes)算法的优化方案，适合在ARM处理器上运行长度均为128位的明文和密钥。
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