RSA algorithm can be digital signatures, data encryption and decryption; it will be a great significance to apply it to the field of data security.
RSA算法可以进行数字签名、数据加/解密,将其应用于数据安全领域具有很大的意义。
参考来源 - 基于FPGA的智能卡加密模块的研究与实现·2,447,543篇论文数据，部分数据来源于NoteExpress
In this paper, a data encryption and decryption system-DEADS is presented.
本文介绍了一个数据加密和解密体制DEADS。
RSA algorithm realized the generation of public key and private key, and the function of data encryption and decryption.
RSA算法的编程实现了公开密钥、私有密钥的生成，数据加密，解密功能。
The encryption guarantees the data confidentiality on the topic, because only the service provider owning the right private key can perform decryption correctly and, thus, understand the data.
加密可以保证有关某个主题的数据机密性，原因是只有拥有正确私钥的服务提供者才能正确执行解密，因此也能读懂该数据。
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