comparators

简明释义

英[kəmˈpærətəz]美[kəmˈpɛrətɚz]

n. [计]比较器；比较量测器（comparator 的复数）

英英释义

单词用法

同义词

反义词

例句

1.In the generalized fuzzy selection operation, a user may define generalized fuzzy comparators and provide thresholds, hence the expressive power and flexibility of fuzzy queries are enhanced.

广义模糊选择操作中允许用户自定义广义模糊比较运算以及指定阈限，从而增强了模糊查询的表达能力和灵活性。

2.Describe and review measurement methods such as attribute screens, gauge blocks, calipers, micrometers, optical comparators, tensile strength, titration, etc.

描述和评价测量方法，例如：属性筛选法、块规法、测径器、千分尺、光学比较仪、抗张强度、滴定等。

3.Because only single comparators or window comparators are used, this scheme is easy to be implemented.

由于仍使用单比较器或窗口比较器，它的结构简单且易于集成。

4.For simplification below, a single "threshold" device will be replaced by a set of comparators and a rs Latch.

因为下面进行了简化，单“阀门”装置将由一套比较器和一个RS锁存器代替。

5.Reference and analog-input voltages drive the neural networks, and digital outputs come from the comparators in the networks.

参考和模拟输入电压驱动神经网络，数字输出来源于网络中的比较器。

6.This paper presents a new criterion to ground distance relay. The ground distance relay takes three-input comparators.

本文提出了一种分相式接地距离继电器新判据，并进行了理论分析。

7.In software development, we often use comparators 比较器 to sort lists of objects based on specific attributes.

在软件开发中，我们经常使用比较器来根据特定属性对对象列表进行排序。

8.The Java Collections Framework provides several built-in comparators 比较器 for sorting data structures.

Java集合框架提供了几个内置的比较器用于排序数据结构。

9.When implementing a custom sorting algorithm, you may need to define your own comparators 比较器.

在实现自定义排序算法时，您可能需要定义自己的比较器。

10.In the context of databases, comparators 比较器 can be used to compare records based on various fields.

在数据库的上下文中，比较器可用于根据不同字段比较记录。

11.The sorting function accepts comparators 比较器 as parameters to determine the order of elements.

排序函数接受比较器作为参数，以确定元素的顺序。

作文

In the realm of data analysis and decision-making, the concept of comparators (比较器) plays a crucial role. A comparator is a tool or mechanism that enables the comparison of two or more items, helping to evaluate their differences and similarities. This is particularly important in various fields such as computer science, engineering, and even everyday life decisions. For instance, when shopping for a new smartphone, consumers often use comparators to weigh the pros and cons of different models based on features, price, and user reviews. One of the most common applications of comparators can be found in programming. In many programming languages, a comparator function allows developers to define custom rules for sorting data. For example, if you have a list of students with their grades, you might want to sort them from highest to lowest. By using a comparator, you can specify that the sorting should be based on the grade attribute of each student object. This not only organizes the data but also makes it easier to analyze performance trends. Moreover, comparators are essential in creating algorithms that require decision-making based on multiple criteria. For instance, in a multi-criteria decision analysis (MCDA), comparators help in evaluating different options based on various factors like cost, quality, and efficiency. By applying these comparators, decision-makers can systematically assess which option best meets their needs, leading to more informed and effective choices. In addition to technical applications, comparators also manifest in our daily lives. Consider how we often compare job offers before making a career decision. We might create a list of pros and cons for each offer, using comparators like salary, benefits, work-life balance, and company culture. This methodical approach allows us to make rational decisions rather than emotional ones, ultimately leading to greater job satisfaction. Furthermore, the digital age has enhanced the way we utilize comparators. Many websites and applications are designed specifically to help users compare products and services. For example, travel booking sites allow users to compare flights, hotels, and rental cars side by side, highlighting differences in pricing, amenities, and customer ratings. These online comparators simplify the decision-making process, enabling consumers to find the best deals and make choices that align with their preferences. However, while comparators are incredibly useful, it is essential to approach comparisons critically. Not all comparators are created equal; some may present biased information or omit crucial details that could influence the outcome of a decision. Therefore, it is vital for individuals to conduct thorough research and consider multiple sources of information when using comparators to ensure they are making well-rounded decisions. In conclusion, comparators (比较器) serve as invaluable tools in both technical and everyday contexts. They facilitate the comparison of options, enabling better decision-making through structured analysis. Whether in programming, product comparisons, or personal choices, understanding how to effectively utilize comparators can lead to more informed outcomes and ultimately enhance our ability to navigate the complexities of modern life.

在数据分析和决策制定的领域中，comparators（比较器）的概念发挥着至关重要的作用。comparator 是一种工具或机制，可以比较两个或多个项目，帮助评估它们之间的差异和相似性。这在计算机科学、工程甚至日常生活决策等各个领域都尤为重要。例如，在购买新智能手机时，消费者通常会使用comparators来权衡不同型号的优缺点，基于功能、价格和用户评价进行比较。 Comparators的一个常见应用可以在编程中找到。在许多编程语言中，comparator 函数允许开发人员定义自定义规则来对数据进行排序。例如，如果你有一份学生及其成绩的列表，你可能想要将他们按成绩从高到低排序。通过使用comparator，你可以指定排序应该基于每个学生对象的成绩属性。这不仅组织了数据，还使得分析绩效趋势变得更加容易。 此外，comparators在创建需要基于多个标准进行决策的算法中至关重要。例如，在多标准决策分析（MCDA）中，comparators帮助根据成本、质量和效率等各种因素评估不同选项。通过应用这些comparators，决策者可以系统地评估哪个选项最符合他们的需求，从而做出更明智和有效的选择。 除了技术应用外，comparators还体现在我们的日常生活中。考虑一下我们如何在做职业决策之前比较工作报价。我们可能会为每个报价列出优缺点，使用comparators如薪资、福利、工作与生活的平衡以及公司文化。这种有条理的方法使我们能够做出理性的决定，而不是情感上的决定，最终导致更大的工作满意度。 此外，数字时代增强了我们利用comparators的方式。许多网站和应用程序专门设计用于帮助用户比较产品和服务。例如，旅行预订网站允许用户并排比较航班、酒店和租车，突显价格、设施和客户评分的差异。这些在线comparators简化了决策过程，使消费者能够找到最佳交易，并做出符合他们偏好的选择。 然而，虽然comparators非常有用，但以批判的眼光看待比较是至关重要的。并非所有的comparators都是平等的；有些可能会提供偏见的信息或遗漏可能影响决策结果的重要细节。因此，个人在使用comparators时进行全面的研究并考虑多个信息来源是至关重要的，以确保他们做出全面的决策。 总之，comparators（比较器）在技术和日常背景中都是无价的工具。它们促进了选项的比较，通过结构化的分析实现更好的决策制定。无论是在编程、产品比较还是个人选择中，理解如何有效利用comparators都能带来更明智的结果，并最终增强我们应对现代生活复杂性的能力。