本文为您带来算法的英文翻译，包括算法用英语怎么说，算法用英语怎么说，算法的英语造句，算法的英文原声例

本文为您带来算法的英文翻译，包括算法用英语怎么说，算法用英语怎么说，算法的英语造句，算法的英文原声例句，算法的相关英语短语等内容。

算法的英文翻译，算法的英语怎么说？

算法的英语网络释义

...导读:题目:基于回溯法的迷宫问题学院:理学院姓名:边微,用回溯方法解决迷宫问题,算法(Algorithm)是一系列解决问题的清晰指令,并且这样的步骤和序列可以解决一类问题,或不适合于某个问题,执行这个算法将不会解决这个问题,同一问...

对称型加密（如des算法）使用单个密钥对数据进行加密或解密。不对称型加密算法也称公用密钥算法（如rsa算法），其特点是有二个密钥（即公用密钥和私有密钥），只有二者搭配使用才能完成加密和解密的全过程。

算法（Arithmetic）：解决问题的步骤。

...加密算法，可以大大增强算法的安全性，如采用常规密钥加密算法与公开密钥加密算法组合，即加密和解密数据用单密钥密码算法(如DES),而采用RSA双密钥密码来传递会话密钥，这样就充分发挥对称密码体制的高速简便性和非对称密码体制密钥管理的方便和安全性。

算法的汉英大词典

算法[suàn fǎ]

• algorithm
• 短语:
  • 算法逼近 algorithm approach;
  • 算法表示法 algorithmic notation;
  • 算法程序 algorithm routine;
  • 算法调度 algorithmic dispatching; algorithmic scheduling;
  • 算法翻译 algorithm translation;
  • 算法分析 algorithm analysis;
  • 算法复杂性 algorithm complexity;
  • 算法级 algorithm level;
  • 算法类 class of algorithms;
  • 算法（理）论 theory of algorithms; algorithm theory;
  • 算法描述 arithmetic statement;
  • 算法收敛 algorithm convergence;
  • 算法图 algorithm pattern;
  • 算法语句 algorithmic statement;
  • 算法语言 algorithmic language (ALGOL)

算法的英语短语

算法的英文例句

我们很容易找到早期算法和计算的证据。

Evidence of early stages of arithmetic and numeration can be readily found.

如果可以这么做，那么分治算法是个好的选择。

If this can be done, then the divide-and-conquer algorithm is a good choice.

也许进化算法最巧妙的用运用还是科扎博士完成的。

Perhaps the most cunning use of an evolutionary algorithm, though, is by Dr. Koza himself.

不要为了使代码更快而胡乱编写代码——要找到更好的算法。

Don't diddle code to make it faster—find a better algorithm.

DeepMind开发的算法的意义不止将造福患者并拯救生命。

It is not enough to say that the algorithms DeepMind develops will benefit patients and save lives.

“最终的人脸识别算法应该能在数据集中处理数十亿人的数据。”研究人员写道。

"An ultimate face recognition algorithm should perform with billions of people in a dataset," the researchers wrote.

我本想说“记者”，但研究人员已经在开发能够收集事实并撰写新闻报道的算法。

I was hoping to say "journalist", but researchers are already developing algorithms that can gather facts and write a news story.

许多机器人配备了高科技传感器和复杂的学习算法，以避免在并肩工作时伤害人类。

Many robots are equipped with high-tech sensors and complex learning algorithms to avoid injuring humans as they work side by side.

Kemelmacher-Shlizerman 说：“一旦扩大规模，算法必须对身份的细微变化敏感，同时不影响光照，姿势和年龄。”

"Once we scale up, algorithms must be sensitive to tiny changes in identities and at the same time invariant to lighting, pose, age," Kemelmacher-Shlizerman said.

例如，在处理1.3万幅图像的数据库时，算法的准确率为95%，而在处理100万幅图像时，算法的准确率约为70%。

Algorithms that were right 95% of the time when they were dealing with a 13,000-image database, for example, were accurate about 70% of the time when confronted with 1 million images.

比较算法是用来比较属性值的。

The compare algorithm is used to do the comparison. 

算法利用试错，区分加工路线的优劣。

The algorithm can recognize the excellence and worseness of different processing route by trial-and-error method.

这个缺陷可以用维尔莱速度算法处理。

This deficiency can be dealt with using the Velocity Verlet algorithm.

分别采用LSQR和ART算法对欠定方程组进行了层析成像计算。

LSQR and ART algorithms are applied separately to calculate tomography for the underdetermined system of equation.

这使用了二分法思想，利用双调序列，构造出了一种并行的排序算法：双调排序网络。

It constructs a kind of pallel sorting algorithm bitonic sorting net, taking advantage of dichotomy ideas and bitonic serial.

基于AD9874 芯片的数字接收机，我们提出了一种扩展数字接收机谱宽的二次抽取算法。

We propose a second decimation algorithm for widening the range of sweep width in the AD9874 based digital receiver.

现在的研究采用了复杂性分析中的样品熵算法。

The present study is to investigate the application of sample entropy (SampEn) measures.

我们有这么好的算法。

We had these great algorithms.

驱动缓存容量和算法。

Drive cache capacity and algorithms.

我们也看过对数算法。

We also saw a logarithmic algorithm.

算法的质量指的是算法实现的质量。

Quality of an algorithm refers to the quality of an algorithm's implementation.

算法是否有效？

Is your algorithm efficient?

使用对称算法和非对称算法的两阶段过程。

A two-phase process using both symmetric and asymmetric algorithms.

初始化算法。

Initialize the algorithm.

MD 5算法是事实上的标准摘要哈希算法。

The MD5 algorithm is the DE facto hashing standard for digests.

使用算法。

Use an algorithm.

为了真正理解算法，手工地逐行执行算法会很有帮助。

To really understand the algorithm it helps to run through it by hand.

为了真正理解算法，手工地逐行执行算法会很有帮助。

To really understand the algorithm it helps to run through it by hand.

算法的原声例句

What do you think? Even with these glasses on, I can see no hands up, any suggestions? Somebody help me out.

戴着眼镜我也能看出来没人举手，有想法么？大家来帮帮我吧，你们对这个算法的增长率是怎么认为的？

So I'm going to solve this by enumerate and check, which is an example of what's called a brute-force algorithm.

你懂的,所以我得靠列举和检验来解决这个问题,这就是我们说的穷举算法。

The idea behind all these algorithms is that what's ultimately important is how many comparisons you ultimately need to make.

这些算法的思想是,你最终需要做多少次的比较,这才是真正重要的。

So don't get too caught up in understanding the methods or statistics in a particular study or anything like that.

所以没必要过于纠结,非要去理解,某项研究的分析和算法

Therefore, for simple branching programs, the length of time, the complexity the code, is what we would call constant.

因此，对于简单的分支程序，运行的时间长度，算法的复杂度，也就是我们说的常数。

And so the fact that in this whole slide here, this algorithm for sorting, I'm using the verb sort.

在这个排序算法中,我用到了一个动词排序。

And you can look at it, and let's in fact take a look at it to see what it does.

你们看一看那个算法,看看到底它做了什么。

Cut the problem in half. Cut the problem in half again. And that's a typical characterization of a log algorithm.

是每次除以特定的量,将问题减一半，再减一半,如此，这就是对数算法的典型特性。

And the obvious question I could start with is, and suppose I ask you, how long does the algorithm implemented by this program take to run?

我开始这个话题的第一个问题是，假设我问你，由这个算法实现的程序大概,要运行多久才能给出答案？

So now that we begin to have this ability to express strings in memory, to understand what they are, we can start to apply actually real-world algorithms to them.

现在我们开始用这个技能来在内存中表达字符串,来理解它们是什么，我们可以开始,我们可以对其使用实际的，现实生活中的算法。

But if it watches you over some amount of time just like it's been for years with advertisements, can this kind of algorithm, this kind of process presumably improve?

但是如果它像关注广告一样,花费一些时间关注你，这些算法和进程，想必会提升吧？

It's 33, 32, it's only 32 times and you can check that math at home but here lies the power of algorithmic thinking, of computational thinking as they say.

你需要33，32，对，32次,你也可以在家里自己计算，但数学算法的力量是无穷的，这就是科学家们所谓的计算机思维。

Now, as obvious a statement as that is in this algorithm, it turns out that is the key to this whole problem being solved correctly without my algorithm looping infinitely.

这是此算法中很明显的一句话，也是正确解决,整个问题的关键,否则此算法就会陷入死循环。

You might remember vaguely logarithms from high school math and such but what this suggests for us , the computer scientists, is that this is certainly a smarter, a faster algorithm.

你可能还会依稀记得,高中数学里的对数,这就给了我们这些计算机科学家们，一些启示,即，这种算法更智能，更迅速。

We started off talking about binary search, and I suggested that this was a log algorithm which it is, which is really kind of nice.

我告诉了你们这是一个对，数级的算法，这是很棒的,我们来一起看看这个算法到底做了什么。

A log algorithm typically is one where you cut the size of the problem down by some multiplicative factor.

对数级复杂度的算法就是指,通过一系列常量级步数的操作,可以将问题的规模。

And then the things I have to ask is how much of a division do I want to do?

如果可以这么做，那么分治算法是个好的选择,接下的问题就是我需要把问题分成多少份？

Obviously the algorithm is likely to depend on the size of the input, so this is not a great idea.

很明显这个算法是与我的,输入的大小相关的，因此这不是个好方法。

And that's because that is a version of a divide and conquer algorithm.

这个想法非常重要,因为这就是分而治之算法的一个版本。

It's a problem, as you'll see, designed to give you some practice at dealing with some of the, dare I say, more theoretical concepts we've covered in class.

这种问题会让你在处理我们,课堂上并没有讲到的更多,理论概念这方面上有更多实践,这种问题就像算法复杂度一样。

So as you can see, as we escalate the problem difficulty, the difference between the good method and the not quite as good method gets bigger and bigger and bigger.

如你所见，当我们处理更复杂的,问题的时候，优良的算法,和并不那么好的算法之间的,差异会变的越来越大，这一点很重要。

So in fact, over the next thirty or forty minutes we're going to show you a set of examples of sort of canonical algorithms, and the different classes of complexity.

在接下来的三四十分钟里面,我们将要讲一系列的,权威算法，以及不同种类的复杂度问题。

It implies that this algorithm is calling itself again and again, and again, and on each time the size of the problem I'm trying to sort is being divided by what?

这就说明此算法会一次又一次地调用自己,每次我要排序的问题规模大小,会除以多少呢？

So this is a nice little search-- sorry, a nice little sort algorithm . And in fact, it's relying on something that we're going to come back to, called the loop invariant.

恩，这是一个很棒的小搜索，抱歉，和很棒的小排序算法，事实上，它依赖于一些我们要回顾的东西,被称作循环不变量。

And I'll remind you, we saw a set of algorithms and part of my goal was to get you to begin to recognize characteristics of algorithms that map into a particular class.

我要提醒你们的是，我们看了很多算法,我的目标之一是让你们开始,意识到算法们的特性,并且能够一一映射到特定的分类中。

So, the curious thing about recursion is that pretty much always can you implement this idea of doing the same thing again and again and again but with smaller bytes each time.

可见，递归算法中新奇的一点是,为了实现一个想法,你可以一遍又一遍地做相同的事情,但每次的规模都会有所减小。

Just contrast this for a brief moment to something like Selection Sort which from the get go had a ridiculous amount of redundancy comparing the same damn numbers again and again, and again.

这就与其他的排序算法形成了鲜明的对比,比如选择排序,它会一次又一次地做,多余的比较。

One of the things we want to help you do is identify the different classes of algorithms, what their costs are, and how you can map problems into the most efficient class to do the computation.

我们想要教会你们的事情之一就是,学会辨别不同种类的算法，它们的代价是怎么样的，以及怎么样把问题映射到,最有效的算法种类中去做计算。

Usually what I want to talk about is what's the smallest size class in which this function grows? With all of that, what that says b is that this we would write is order b.

通常我们想要的是,方法增长时最贴切的描述,也就是说，在这个问题上,算法关于。

Because if you did what I suggested with the list, the time to look up the key would be linear in the length of the list. You'd have to look at each element until you found the key.

字典是用一种很神奇的，叫做散列法的算法,来实现的，后面我们将,会学到一点关于。

算法的网络释义

算法 算法（Algorithm）是指解题方案的准确而完整的描述，是一系列解决问题的清晰指令，算法代表着用系统的方法描述解决问题的策略机制。也就是说，能够对一定规范的输入，在有限时间内获得所要求的输出。如果一个算法有缺陷，或不适合于某个问题，执行这个算法将不会解决这个问题。不同的算法可能用不同的时间、空间或效率来完成同样的任务。一个算法的优劣可以用空间复杂度与时间复杂度来衡量。 算法中的指令描述的是一个计算，当其运行时能从一个初始状态和（可能为空的）初始输入开始，经过一系列有限而清晰定义的状态，最终产生输出并停止于一个终态。一个状态到另一个状态的转移不一定是确定的。随机化算法在内的一些算法，包含了一些随机输入。 形式化算法的概念部分源自尝试解决希尔伯特提出的判定问题，并在其后尝试定义有效计算性或者有效方法中成形。这些尝试包括库尔特·哥德尔、Jacques Herbrand和斯蒂芬·科尔·克莱尼分别于1930年、1934年和1935年提出的递归函数，阿隆佐·邱奇于1936年提出的λ演算，1936年Emil Leon Post的Formulation 1和艾伦·图灵1937年提出的图灵机。即使在当前，依然常有直觉想法难以定义为形式化算法的情况。

以上关于算法的英语翻译来自英汉大词典，希望对您学习算法的英语有帮助。