exponentiation

英

美

n.  取幂，求幂，乘方

计算机

英英释义

noun

• the process of raising a quantity to some assigned power
  Synonym:involution

双语例句

• A modular exponentiation for very large integers is one of the most common fundamental operations in many public-key cryptosystems.
  模乘幂运算是公钥密码体制中最常用的基本运算，提高其运算速度可有效地提高公钥密码算法的加解密效率。
• Running this code verifies that exponentiation works ( modulo the bug I mentioned earlier), so half of the battle is now complete.
  运行这段代码确保可以求幂（忽略我之前提到的bug），这样就完成了一半的工作。
• A Practical Fast Exponentiation Algorithm for Public key
  关于公开密钥的一种实用的快速取幂算法
• Modular exponentiation of larger-number has universal application in cryptography, and it is the base operation in most public-key cryptography algorithms.
  大数模幂在密码学领域有广泛的应用，它是公钥密码的基础。
• First countermeasures for the exponentiation computation of RSA cryptographic algorithm were summarized.
  综述了RSA密码算法中模幂运算的主要攻击方法及其防御措施。
• A new fast dynamic combined modular exponentiation multiplication is presented.
  提出了一种新的动态组合RSA算法。
• The hardware architecture is made up of modular controller, modular exponentiation controller, data register, and modular multiplication operation units.
  算法的硬件结构由模乘控制器、模幂控制器、数据寄存器和模乘运算单元构成。
• The research of this paper has using value, improving the processing of encryption and decryption by fast implementation of modular exponentiation and modular multiplication algorithm.
  RSA算法的快速实现是现代密码学研究的方向之一，本文研究表明通过改进公钥密码体制中的模幂乘算法，可以进一步提高RSA的效率，具有一定的实用价值。
• Based on analyses of self-randomized modular exponentiation algorithm, a new side-channel atomic strict self-randomized modular exponentiation algorithm is proposed in which a BBS random number generator and the side-channel atomic technology are applied to improve the original algorithm.
  通过对自随机化模幂算法的分析，提出将BBS随机数发生器和侧信道原子化技术应用于改进的算法中，得到侧信道原子化的严格自随机化模幂算法。
• Read and analysis for the advanced research papers: fast exponentiation computation, multisignature, proxy signature, threshold signature, group signature, identification authentications, visitor control, Multisecret sharing.
  阅读并讨论专题论文：快速指数运算、多重签名、代理签名、门限签名、群签名、身份认证、访问控制、（多）秘密共享。