SHOR'S ALGORITHM 中文是什么意思 - 中文翻译

• shor的算法
• shor算法
• 肖尔算法
• 秀尔算法

在 英语 中使用 Shor's algorithm 的示例及其翻译为 中文

Shor 's Algorithm.
秀尔算法.

Amplitude amplification Shor's algorithm De Broglie- Bohm theory.
幅度放大秀尔算法德布罗意-波姆理论.

Shor's algorithm was the first quantum‘killer app'.
Shor的算法是第一个量子“杀手级应用”。

If you have not exposed your public key, Shor's algorithm is useless.
如果您的公钥没有暴露，那么Shor算法将毫无用处。

Shor's Algorithm Explained- Helpful video.
Shor'sAlgorithmExplained-有用的视频。

Theoretically, a quantum computer can use Shor's algorithm to break ECDSA.
从理论上讲，量子计算机可以使用Shor算法来破解ECDSA。

Using Shor's algorithm, a quantum computer could perform the task in a few hours.
使用肖尔算法，量子计算机可以在几个小时内完成这项任务。

But it is the threat posed by Shor's algorithm that draws most public attention.
但正是Shor算法带来的威胁引起了大多数公众的注意。

Shor's algorithm meant that in principle, quantum computers could crack that encryption.
而Shor的算法意味着量子计算机原则上能破解这种加密方式。

The computer uses laser pulses to carry out Shor's algorithm on each atom, to correctly factor the number 15.
计算机使用激光脉冲对每个原子执行肖尔算法，以正确地考虑数字15。

For example, Shor's Algorithm shows how to efficiently factor integers of any size(this video has a really good explanation).
例如，秀尔算法显示如何高效分解任何大小的整数（此视频进行了很好的说明）。

Scientists from IBM and Stanford University successfully demonstrated Shor's Algorithm on a quantum computer.
年来自IBM和斯坦福大学的科学家在量子计算机上成功演示了Shor算法。

A quantum computer that can run Shor's algorithm could crack the public-key cryptography used to store much of our data.
一台能够运行肖尔算法的量子计算机可以破解用来存储我们大量数据的公钥密码。

The researchers use laser pulses to perform“logic gates,” or components of Shor's algorithm, on four of the five atoms.
研究人员利用激光脉冲对五个原子中的四个执行“逻辑门”，或Shor算法的一部分。

However, Shor's algorithm doesn't kill the field of cryptography;"quantum-safe" cryptography protocols are already being developed.
不过，Shor的算法并没有破坏密码学，“量子安全”加密协议已经在开发当中。

The only catch was that for large numbers his method- dubbed Shor's algorithm- needs a quantum computer to work.
唯一的问题是，对于大量数据，他的方法-被称为Shor的算法-需要量子计算机才能工作。

They directed the quantum system to factor the number 15- the smallest number that can meaningfully demonstrate Shor's algorithm.
他们让量子系统对15进行质因数分解（15是可以演示肖尔算法的最小数）。

Shor's Algorithm can solve this problem in polynomial time, something which we do not know how to do on a classical computer.
Shor的算法可以在很短的时间内解决这个问题，这是我们不知道如何在经典计算机上做的事情。

They directed the quantum system to factor the number 15- the smallest number that can meaningfully demonstrate Shor's algorithm.
他们让这个量子系统分解数字15的质因数--这是能有意义地展示Shor算法的最小数字。

The computer is controlled by laser pulses which carry out Shor's algorithm on each individual atom, which was able to correctly factor the number 15.
该量子计算机使用激光脉冲在每个原子上运算Shor算法，正确得到了数字15的因子。

However, Shor's algorithm shows that factoring is efficient on a quantum computer, so a sufficiently large quantum computer can break RSA.
然而，秀尔算法展示了因数分解这问题在量子计算机上可以很有效率地解决，所以一个足够大的量子计算机可以破解RSA。

Without QEC, it is unlikely that a complex quantum program, such as one that implements Shor's algorithm, would ever run correctly on a quantum computer.
如果没有QEC，一个复杂的量子程序，比如实现肖尔算法的程序，就不可能在量子计算机上正确运行。

Furthermore, as we will see in Part 3 of this series, it would require a quantum computer with thousands of qubits to successfully run Shor's algorithm.
此外，我们将在本系列文章的第3部分中看到，我们需要一台具有数千个量子位的量子计算机才能成功运行Shor算法。

A wrongdoer equipped with a quantum computer could use Shor's algorithm to forge any digital signature, impersonate that user and appropriate their digital assets.
配备量子计算机的不法分子可以利用肖尔的算法伪造任何数字签名，模拟用户并盗用他们的数字资产。

Until this point, only the hashed recipient key(the address) is exposed and consequently attacks such as Shor's algorithm are not applicable at this stage.
直到这一点，只有哈希接收方密钥（地址）被暴露，因此像Shor算法攻击并不适用于这个阶段。

More specifically, due to Shor's algorithm, a quantum computer could easily factor a big integer in polynomial time, thus effectively break RSA in seconds.
更具体地说，由于Shor算法[1],量子计算机可以很容易地在多项式时间内分解大整数因子，从而有效地破解RSA。

This way the computing power of quantum devices will help to obtain a private key using Shor's algorithm(lowering resistance and applying new calculation methods).
通过这种方式，量子装置的计算能力将有助于使用Shor的算法（降低电阻和应用新的计算方法）获得私钥。

The traditional public key algorithms, such as RSA and ELGamal would become insecure in case an effective quantum computer can be built(Shor ⁣'s algorithm).
传统的公钥算法，如RSA和EIGamal因为量子计算机(quantumcomputer)的出现而变得不安全（由于shor's算法）。

A wrongdoer equipped with a quantum computer could use Shor's algorithm to forge any digital signature, impersonate that user and appropriate their digital assets.”.
配备量子计算机的不法行为者可以使用Shor算法伪造任何数字签名，冒充用户并使用他们的数字资产。