CLASSICAL COMPUTERS in Chinese translation

• 经典计算机
• 传统计算机
• 于对古典计算机
• 古典电脑

Examples of using Classical computers in English and their translations into Chinese

Due to the way these particles behave, operations can be done much more quickly and use less energy than classical computers.
由于这种最小粒子的行为方式，操作可以比传统计算机更快地完成，且消耗更少的能量。

NIST and others in the security industry have started to conduct research about quantum-safe cryptographies for classical computers that are capable of resisting quantum attacks.
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。

A new method determines whether circuits are accurately executing complex operations that classical computers can't tackle.
一种新的方法可以确定电路是否正确执行了传统计算机无法解决的复杂操作。

Classical computers perform all of their calculations by converting data into binary code.
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。

Contrary to some sensational claims, quantum computers will not completely replace classical computers anytime soon.
与一些耸人听闻的说法相反,量子计算机不会很快完全取代传统计算机。

And they didn't think it likely that quantum computers will fully replace classical computers- instead, they're meant to augment classical computers.
而且，他们并不认为量子计算机将完全取代传统计算机，相反地，它们将增强传统计算机的功能。

Algorithm design for quantum computers is hard because designers face two difficult problems not faced in the construction of algorithms for classical computers.
设计量子计算机算法的困难的原因是，设计者面临经典计算机所没有的两方面的难题。

The potential of quantum computers is tremendous, and we can achieve a lot that was thought to be nearly impossible with classical computers.
量子计算机的潜力是巨大的，我们可以实现很多被认为几乎不可能与传统计算机。

That capability may help a quantum computer become a far more powerful way to process certain kinds of problems that classical computers can't handle.
这种能力可能帮助量子计算机成为一种更强大的方法，来处理某些经典计算机无法处理的问题。

These companies are trying to build hardware that replicates the circuit model of classical computers.
这些公司正在尝试构建可复制传统计算机电路模型的硬件。

But scientists have struggled to build devices with enough units of information(quantum bits) to make them competitive with classical computers.
但是，科学家们一直在努力构建具有足够信息单位（量子位）的设备，以使其与经典计算机竞争。

Around the same time they also proved that quantum computers can solve all the problems that classical computers can solve.
大约在同一时间，他们也证明了量子计算机可以解决经典计算机可以解决的所有问题。

In practice quantum computers and classical computers will likely work hand-­in-­hand.
在实践中，量子计算机和传统计算机将可能携手合作。

An important point is, that quantum computers are only expected to outperform classical computers on certain tasks, not in general,” she said.
重要的一点是，量子计算机只能在某些任务上胜过经典计算机，而不是一般，”她说。

Given enough time… classical computers and quantum computers can solve the same problems,” said Thomas Wong of Creighton University.
只要有足够的时间……经典计算机和量子计算机可以解决同样的问题，”美国克瑞顿大学的ThomasWong说道。

As long as quantum circuits remain small, classical computers can keep pace.
只要量子电路的规模不大，经典计算机就还跟得上运算节奏。

Given enough time… classical computers and quantum computers can solve the same problems,” Thomas Wong of Creighton University told Quanta Magazine.
只要有足够的时间……经典计算机和量子计算机可以解决同样的问题，”美国克瑞顿大学的ThomasWong说道。

Quantum computers will never reign‘supreme' over classical computers, but will rather work in concert with them, since each have their unique strengths.
量子计算机永远不会‘凌驾'于传统计算机之上，而是与它们协同工作，因为两者都有其独特的优势。

The language that classical computers speak is all about manipulating strings of zeros and ones, but the language of quantum physics is quite different.
古典计算机说的语言全都是关于操纵零和一的字符串，但是量子物理学的语言却大不相同。

Classical computers can't model chemical and molecular interactions in very much detail- the interactions are just too complicated.
因为经典计算机无法非常详细地模拟化学分子间相互作用，因为它们之间的相互作用太复杂了。