This paper proposes a RSA signature algorithm to fit for the devices with low computational power.
提出一种快速安全的RS A签名算法以适应计算资源受限的情形。
The topic made some great technical progresses which suggest to replace the MD5 with the RIPEMD-160, and replace the RSA signature algorithm with the elliptic curve signature algorithm.
提出了用RIPEMD-160算法代替MD5算法、用基于椭圆曲线的签名算法代替RSA签名算法的技术改进。
The cryptographic hash is calculated using the SHA-256 algorithm and the digital signature is generated using the RSA algorithm.
加密散列是使用SHA - 256算法来计算的，数字签名是使用rsa算法来生成的。
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