asymmetric cryptography 中文意思是什麼

asymmetric cryptography 解釋
請參閱非對稱密碼術
  1. Cryptography technology provides the basis for such a mechanism. symmetric cryptosystems can provide privacy service ; hash functions and message authentication codes can provide integrity service ; asymmetric cryptosystems ( public key cryptosystems ) can provide authentication service

    對稱密鑰密碼技術提供了機密性服務；雜湊函數和消息認證碼提供了完整性服務；非對稱密鑰密碼技術（公鑰密碼技術）提供了身份認證服務。
  2. Defines whether the cryptography algorithm is symmetric, asymmetric, or a message digest

    定義加加密演算法是對稱的、非對稱的還是消息摘要。
  3. Public - key encryption asymmetric cryptography

    公鑰加密（不對稱加密）
  4. Asymmetric - key cryptography, which we will discuss in chapter 10, is based on some topics in number theory, including theories related to primes, factorization of composites into primes, modular exponentiation and logarithm, quadratic residues, and the chinese remainder theorem

    我們將在第十章中討論非對稱密鑰密碼學，非對稱密鑰密碼學基於一些數論的論題，這些論題與素數、把復合數分解為素數的因數分解、模指數與模對數、二次剩餘和中國剩餘定理有關。
  5. Key pair in asymmetric cryptography, the public and private keys together. key recovery

    在非對稱密碼術中，公鑰和私鑰組合在一起成為密鑰對。
  6. Part 3 : asymmetric cryptography

    第3部分：非對稱密碼術
  7. Digital signature technology is based on the asymmetric cryptography technology

    這一點，即為本論文的出發點和研究對象。
  8. It is generated by the transformation of the electronic record using asymmetric cryptography and a hash function

    而該簽署是用非對稱密碼技術及雜湊函數，將該電子記錄作數據變換而產生。
  9. Public key cryptography or asymmetric cryptography forms the basis of digital signatures and public key infrastructure

    公開密碼匙加密術或非對稱加密術構成數碼簽署及公開密碼匙基礎建設的基礎。
  10. Public key cryptography is also known as asymmetric cryptography, which is different from symmetric cryptography described in last month s column

    公鑰密碼術也稱為非對稱密碼術，它不同於在上個月的專欄文章中所講的對稱密碼術。
  11. Provides an introduction to key concepts in cryptography, such as asymmetric cryptography, symmetric cryptography, digital signatures, and cryptographic hashes

    介紹加密的主要概念，例如不對稱加密、對稱加密、數字簽名和加密哈希。
  12. Namespace contains classes that allow you to perform both symmetric and asymmetric cryptography, create hashes, and provide random number generation

    命名空間包含一些類，通過這些類您可以執行對稱和不對稱加密，創建哈希值和提供隨機數生成。
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