| 1. | Asymmetric encryption and decryption 非对称加密和解密 |
| 2. | Performs asymmetric encryption and decryption using the implementation of the 使用加密服务提供程序( csp )提供的 |
| 3. | Creates optimal asymmetric encryption padding oaep key exchange data using 创建最优不对称加密填充( oaep )密钥交换数据。 |
| 4. | Decrypts optimal asymmetric encryption padding oaep key exchange data 对最优不对称加密填充( oaep )密钥交换数据进行解密。 |
| 5. | Is using optimal asymmetric encryption padding oaep key exchange data ; otherwise , 使用最优不对称加密填充( oaep )密钥交换数据,则为 |
| 6. | Gets the parameters for the optimal asymmetric encryption padding oaep key exchange 获取最优不对称加密填充( oaep )密钥交换的参数。 |
| 7. | To use optimal asymmetric encryption padding oaep when encrypting and decrypting ; otherwise , 如果加密和解密时使用最优非对称加密填充( oaep ) ,则为 |
| 8. | In addition , the grid application must handle both symmetric and asymmetric encryption schemes 此外,网格应用程序必须处理对称及非对称的加密方案。 |
| 9. | Unconditionally secure asymmetric encryption schemes based on polynomials and cover free family ( cff ) 我的翻译是:基于多项式和“ cff ”的绝对安全的非对称性加密方案。 |
| 10. | Asymmetric encryption is stronger than symmetric encryption using the same key length , but it is relatively slow 非对称加密比使用相同密钥长度的对称加密更强,但速度相对较慢。 |