The encryption strength depends on the length of your PIN.
加密的强度依赖于你的个人身份号码的长度。
This connection was configured to use a data encryption strength that is not supported by the installed software.
安装的软件不支持此连接所配置的数据加密强度。
The paper also tentatively discusses several related encryption algorithms to improve the security and analyzes the plaintext key space, ciphertext key space and encryption strength.
同时对这种加密算法的明文密码空间、密文密码空间和加密强度等作了初步的分析。
That involves, under the menu’s Content Protection, selecting Strength and clicking on Strongest (for 256-bit encryption).
这包括，在菜单的“内容保护”选项下，选择强度并勾选“最强”(256位加密)。
In the case of Israel, security and encryption was always a strength, but that's not the growth industry that it was.
在以色列的案例中，安全和加密技术一直是他们的强项，但这不是像它过去一样是个增长行业。
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。
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 key is typically a random sequence of bits; its size categorizes the strength of the encryption algorithm.
密钥一般是 0 或 1的一个随机序列；其大小区分了加密算法的能力。
Access can also be limited by the strength of the encryption. Select this option only if 128-bit encryption is supported on this computer.
可以通过加密限制访问。只有在此计算机支持128位加密的情况下才选择此选项。
Abroad one-commerce security technology, although its structure or encryption technology is good, but is limited by the foreign password policy, so the strength of the common enough.
国外有关电子商务的安全技术，虽然其结构或加密技术等都不错，但受到了外国密码政策的限制，因此强度普遍不够。
It can provide high strength (with key of 256bits) encryption, integrality validation, identity authentication based on PKI, and anti-replay protection for upper layer application.
它可以提供256位高强度数据加密、完整性验证、基于PKI的身份认证以及抗重播保护功能，最大限度地对上层应用提供安全保护。
However, because of the strength of the encryption technology, you should always back up your encryption keys.
但是，由于该加密技术十分强大，因此必须经常备份加密密钥。
At present the main problem about encryption in low-cost RFID systems is not the strength of the algorithms, but due to constraints whether it is possible and feasible.
关于低成本RFID系统，密码算法所面临的主要问题并非算法强度而是因其自身限制导致现有的成熟算法是否具有可行性的问题。
Improvement program with a different AC coefficient table Scrambling Scrambling, DC coefficient of high-strength encryption algorithm AES encryption.
改进的方案中AC系数用不同的置乱表置乱，DC系数用高强度的加密算法aes加密。
Improvement program with a different AC coefficient table Scrambling Scrambling, DC coefficient of high-strength encryption algorithm AES encryption.
改进的方案中AC系数用不同的置乱表置乱，DC系数用高强度的加密算法aes加密。
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