杂度 英语是什么意思 - 英语翻译

• complexity
• complex

在 中文 中使用 杂度 的示例及其翻译为 英语

高风险、高复杂度的医疗设备认证.
Certification of high-risk, complex medical devices.

内存要求较低，调制解调器和RF复杂度较低。
The memory requirement is lower, and the modem and RF complexity is less.

NIST最近更新了关于密码复杂度和强度的准则。
NIST has recently updated guidelines on password complexity and strength.

我们可以思考的另外一件事，是化学复杂度的出现。
The other thing we need to think about is the emergence of chemical complexity.

电子导航图的标准（高复杂度的标准，海事组织采用）；.
Standards for electronic navigational charts(highly complex standards adopted by IMO);

在美国，他们也需要获得执行高复杂度测试的认证。
In the US, they will need to be certified to perform high complexity tests, too.

在构建UI组件时，尝试关注重用元素和最小化视觉复杂度。
When building UI components try and focus on re-using elements and minimizing visual complexity.

Kolmogorov复杂度是描述方面的一种复杂度的计量。
Kolmogorov Complexity Kolmogorov Complexity is a measure of descriptive complexity contained in an object.

但迄今为止，使用高温超导体仅实现了非常低复杂度的RFSQ电路。
However, only very low complexity RFSQ circuits have been achieved to date using high-Tc superconductors.

将来自多个源的不相关事件无缝聚合，执行一段时间内的高复杂度分析。
Aggregate seemingly unrelated events from multiple sources and perform highly complex analyses over time.

这种高成本和高复杂度，导致许多可以享有保护的应用程序现在没有得到保护。
This cost and complexity results in many applications which could benefit from protection going unprotected today.

预计将遇到通常在开发和实施任何这样大规模和高复杂度的系统过程中将出现的困难。
Challenges in the development and implementation of any system of this magnitude and complexity would be expected.

一般来说，小型数据集需要低复杂度(或高偏差)的模型，以避免模型对数据的过度拟合。
In general, small datasets require models that have low complexity(or high bias) to avoid overfitting the model to the data.

这类称为安全性第一的软件具有高质量要求、高复杂度、高开发代价的特征。
The first of these is called the software security requirements with high quality, high complexity, high cost of feature development.

从ML的角度来看，小数据需要具有低复杂度(或高偏差)的模型，以避免将模型过度拟合到数据。
From an ML perspective, small data requires models that have low complexity(or high bias) to avoid overfitting the model to the data.

哈佛大学的MuhammedYildirim想出了一个形象的类比，用于思考生产知识在经济体复杂度中的作用：.
Muhammed Yildirim of Harvard University points to the role of productive knowledge in determining the complexity of an economy.

任何抽象机器都拥有一复杂度类，此类包括可于此机器以多项式时间求解的问题。
Any given abstract machine will have a complexity class corresponding to the problems which can be solved in polynomial time on that machine.

而几何体复杂度的增加是由于尺寸的减小和受工业设计影响的增加，这需要处理复杂形状。
The increasing geometric complexity is driven by decreasing size and the increased influence of industrial design which requires handling of complex shapes.

物业属于典型的劳力密集型行业，如今，各类设备的数量倍增，相应地复杂度和运营维护力度不断加大。
Property is a typical labor-intensive industry, and now the number of devices has doubled, complexity and operational maintenance have increased accordingly.

它的多功能性、高效性和良好的性能使它成为高复杂度数据处理软件（如数据库或3D动画）的最佳选择。
Its versatility, efficiency and good performance makes it an excellent choice for high complexity data manipulation software, like databases or 3D animation.

哈佛大学的MuhammedYildirim想出了一个形象的类比，用于思考生产知识在经济体复杂度中的作用：.
Muhammed Yildirim, of Harvard University, has thought up a useful analogy for thinking about the role of productive knowledge in the complexity of an economy:.

自动车道保持技术、煞车辅助系统及其他高复杂度的车辆微电子系统，已成功降低严重交通事故的数量。
Automated lane-keeping, brake assist systems and other highly complex microelectronic systems in vehicles are already reducing the number of serious traffic accidents.

彼得・霍兰德教授向我强调了一个强有力的观点，那就是（所有）脊椎动物和（所有）无脊椎动物在基因组复杂度上有巨大的差异。
Professor Peter Holland has made to me the powerful point that there is a massive difference in genome complexity between(all) vertebrates and(all) invertebrates.

但是为何技术超载危机复杂度危机正在加速呢?在硬件行业中因为我们消费者希望东西更小更小更小.
But why is the technical overload crisis, the complexity crisis, accelerating now? In the hardware world, it's because we the consumers want everything to be smaller, smaller, smaller.

柯尔莫戈洛夫复杂度或者算法信息论有很多变体，其中一个广泛应用的概念是“自生成程序”self-delimiting-program，主要来自于里奥尼德·列文（英语：LeonidLevin）（1974）。
There are several variants of Kolmogorov complexity or algorithmic information; the most widely used one is based on self-delimiting programs and is mainly due to Leonid Levin(1974).