Examples of using 经典计算机 in Chinese and their translations into English
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我认为经典计算机对于一般用途来说仍然是最重要的。
正是这种高速发展，使经典计算机将很快达到它的极限。
Thus, classical computing will soon reach its physical limit.世界上功能最强大的经典计算机，称为Summit。
And the most powerful classical computer in the world, which is called Summit.所以，它无法取代经典计算机。
It will not however replace classical computing.这些公司正在研制模拟经典计算机电路模型的硬件。
These companies are developing hardware to simulate classic computer circuit models.Combinations with other parts of speech
量子计算机可以做经典计算机无法做的事情.
P是经典计算机可以快速解决的所有问题。
P is all the problems that a classical computer can solve quickly.经典计算机可以模拟小型系统的这种输出。
Classical machines can simulate this output for smaller systems.那么，是什么让Sycamore比经典计算机更高效呢?
So what makes Sycamore more effective than a classical computer?量子计算机，可以做一些经典计算机做不了的事情。
虽然经典计算机也受到各种错误源的影响，但这些错误可以通过适量的额外存储和逻辑来纠正。
While classical computers are also affected by various sources of errors, these errors can be corrected with a modest amount of extra storage and logic.首先，经典计算机是通用的，这意味着它们可以解决我们可以用一和零表示的几乎任何类型的问题。
Foremost, classical computers are universal, which means they can solve almost any type of problem we can express in terms of ones and zeros.经典计算机和超级计算机需要很长时间才能完成的事情，量子计算设备可以很快完成。
What classic computers and supercomputers take a very long time to do, a quantum computing device will do very quickly.另一方面，我们也可以利用经典计算机上的机器学习算法来分析和改进量子计算系统。
In addition,we can also use the machine learning algorithms(on classic computers) to analyze and improve quantum computing systems.因为使用经典计算机仍然是解决大多数问题最简单、最经济的解决方案。
Using a classical machine will still be the easiest and most economical solution for tackling most problems.经典计算机并不擅长于这方面，要花很长时间才能破解基于素数因子的加密代码。
Classical computers are not good at this and take a long time to crack cryptographic codes based on prime number factors.后面你还将学到解决经典计算机科学问题的方法，软件设计的原则，以及如何分析算法性能。
You will also learn ways to solve classical computer science problems, principles of software design, and how to analyze algorithm performance.在经典计算机中，小规模噪声可以利用所谓的“阈值”概念来纠正，类似于数字的四舍五入。
In classic computers, small-scale noise can be corrected using the so-called“threshold” concept, similar to the rounding of numbers.因为使用经典计算机仍然是解决大多数问题最简单、最经济的解决方案。
Utilizing a classical machine will nonetheless be the simplest and most economical solution for tackling most problems.第一批经典计算机实际上是模拟计算机，但事实证明这些计算机太容易出错而无法与数字计算机竞争。
The first classical computers were actually analog machines, but these proved to be too error-prone to compete with their digital cousins.在经典计算机中，信息被加密为二进制比特，所以两个比特可能是00、01、10或11。
In classical computers, information is encoded in binary bits, so two bits could be 00, 01, 10 or 11.关于算法分析的这多卷论著已经长期被公认为经典计算机科学的定义性描述。
This multivolume work on the analysis of algorithms haslong been recognised as the definitive description of classical computer science.NP是经典计算机不一定能够快速解决的所有问题，但是如果提出答案，他们可以快速验证答案。
NP is all the problems that classical computers can't necessarily solve quickly, but for which they can quickly verify an answer if presented with one.世界上功能最强大的计算机，功能最强大的计算机，经典计算机。
Most powerful 虽然这些行业中最棘手的优化问题难倒了经典计算机，但量子机器非常适合解决这些问题。
While the toughest optimization problems in these industries stump classical computers, they are well-suited for being solved on a quantum machine.本文的目的是促进有关是否应保留经典计算机视觉技术知识的讨论。
The aim of this paper is to promote a discussion on whether knowledge of classical computer vision techniques should be maintained.经典计算机可以接收量子输入，测量它们，经典地存储测量值，处理存储的信息和输出信息。
Classical computers can receive quantum inputs, measure them, store the measured value classically, process the stored information, and output information.NIST和安全行业的其他人已经开始为经典计算机研究“量子安全加密法”，以帮助其抵抗量子攻击。
NIST and others in the security industry havestarted to conduct research about quantum-safe cryptographies for classical computers that are capable of resisting quantum attacks.经典计算机通过将数据转换为二进制代码来执行所有计算。
Classical computers perform all of their calculations by converting data into binary code.
