classifying
简明释义
v. 把……分类;把……分等级;将……定为机密(classify 的现在分词)
adj. (形容词)表示中心名词属性的
英英释义
The act of arranging or organizing items into categories based on shared characteristics or criteria. | 将项目根据共享特征或标准进行分类或组织的行为。 |
单词用法
把…分类为… |
同义词
分类 | 数据是根据不同的标准进行分类的。 | ||
标记 | 对物品进行标记将有助于轻松识别。 | ||
排序 | 按日期对文件进行排序可以提高效率。 | ||
分组 | 将相似产品分组可以提升客户体验。 | ||
组织 | Organizing the files systematically is crucial for productivity. | 系统地组织文件对提高生产力至关重要。 |
反义词
混淆 | 说明书很混淆,使得很难遵循。 | ||
无序化 | The disorganizing of files led to a loss of important documents. | 文件的无序化导致重要文件的丢失。 | |
散布 | Scattering the papers around the room made it impossible to find anything. | 把纸张散布在房间里使得根本找不到任何东西。 |
例句
1.Figure 1 shows an approach for analyzing and classifying problems in this way.
图1显示了用这种方法分析和分类问题的途径。
2.In Chapter 3, Question 24, we discuss the value of classifying services.
在第3章,第24问中,我们谈到了服务分类的价值。
3.A scheme for classifying information and associated risks so that appropriate security measures can be defined.
关于信息和相关风险分类的方案,以确保定义恰当的安全方法。
4.We have a way of classifying portals which we think is helpful.
我们有一种对门户进行分类的方法,我们认为这种方法非常有用。
5.But until now most of the work was on classifying the tracks.
但直到现在,大多数工作仍然还是给足迹分类。
6.You should have systems for organizing and classifying the information that comes at you.
你应当建立信息组织和信息分类的体系。
7.The librarian spent hours classifying 分类 the new books in the library.
图书管理员花了几个小时在图书馆里对新书进行分类。
8.In biology, scientists are classifying 分类 organisms into various taxonomic categories.
在生物学中,科学家们正在将生物体分类为各种分类类别。
9.The software helps in classifying 分类 emails into different folders.
该软件帮助将电子邮件分类到不同的文件夹中。
10.When classifying 分类 data, it's important to have clear criteria.
在分类数据时,拥有明确的标准是很重要的。
11.The teacher is classifying 分类 the students into different groups based on their skill levels.
老师正在根据学生的技能水平将他们分类到不同的组里。
作文
Classifying is an essential process in various fields, including science, education, and everyday life. It involves organizing or categorizing items based on shared characteristics or criteria. This practice not only helps in understanding the relationships between different entities but also aids in efficient information retrieval. For instance, in biology, scientists spend a significant amount of time classifying organisms into kingdoms, phyla, classes, orders, families, genera, and species. This hierarchical structure allows researchers to study the diversity of life and understand evolutionary relationships. By classifying organisms, scientists can communicate more effectively about them, as everyone uses the same nomenclature and classification system.In the realm of education, classifying information is crucial for students. When learning new concepts, students often categorize information into different groups to facilitate better understanding and retention. For example, during a history lesson, students might classify events into categories such as political, social, or economic, which helps them grasp the complexities of historical narratives. By classifying information, students can create mental frameworks that make it easier to recall details during exams or discussions.Moreover, in our daily lives, we constantly engage in classifying activities without even realizing it. When we organize our books by genre, sort our clothes by season, or categorize our digital photos, we are performing a form of classifying. This organization brings order to our surroundings and makes it easier to locate items when needed. For instance, if you have a large collection of books, classifying them by genre or author can save time when searching for a specific title.The importance of classifying extends beyond mere organization; it also plays a significant role in problem-solving. In many cases, identifying patterns and trends requires classifying data into meaningful categories. For example, businesses often analyze customer feedback by classifying responses into positive, negative, and neutral categories. This analysis helps companies identify areas for improvement and develop strategies to enhance customer satisfaction.Furthermore, technology has advanced the way we approach classifying information. With the rise of big data and machine learning, algorithms can now classify vast amounts of information quickly and accurately. For instance, social media platforms use algorithms to classify content based on user preferences, ensuring that users see posts that align with their interests. This automation of classifying not only saves time but also enhances user experience by providing personalized content.In conclusion, classifying is a fundamental skill that permeates various aspects of life. Whether in scientific research, education, or daily organization, the ability to classifying information effectively leads to better understanding, communication, and efficiency. As we continue to navigate an increasingly complex world, honing our classifying skills will be invaluable in making sense of the information around us. Therefore, embracing the practice of classifying can empower individuals and organizations alike to achieve their goals more effectively.
分类是各个领域中一个重要的过程,包括科学、教育和日常生活。它涉及根据共享特征或标准对项目进行组织或分类。这一实践不仅有助于理解不同实体之间的关系,还能帮助高效地检索信息。例如,在生物学中,科学家们花费大量时间对生物进行分类,将其划分为界、门、纲、目、科、属和种。这种层次结构使研究人员能够研究生命的多样性并理解进化关系。通过分类生物,科学家们可以更有效地进行交流,因为每个人都使用相同的命名法和分类系统。在教育领域,分类信息对学生至关重要。当学习新概念时,学生通常会将信息分为不同组别,以便更好地理解和记忆。例如,在历史课上,学生可能会将事件分类为政治、社会或经济,这有助于他们掌握历史叙述的复杂性。通过分类信息,学生可以创建心理框架,使他们在考试或讨论时更容易回忆细节。此外,在我们的日常生活中,我们不断参与分类活动,而不自觉地意识到这一点。当我们按类型整理书籍、按季节分类衣物或对数字照片进行分类时,我们正在执行一种分类形式。这种组织为我们的环境带来了秩序,并使我们在需要时更容易找到物品。例如,如果你有大量的书籍,通过类型或作者进行分类可以节省寻找特定书名时的时间。分类的重要性超越了简单的组织;它在解决问题中也发挥着重要作用。在许多情况下,识别模式和趋势需要将数据分类为有意义的类别。例如,企业通常通过将客户反馈分类为正面、负面和中立类别来分析反馈。这种分析帮助公司识别改进领域,并制定增强客户满意度的策略。此外,技术已推动我们处理分类信息的方式。随着大数据和机器学习的兴起,算法现在可以快速准确地分类大量信息。例如,社交媒体平台使用算法根据用户偏好对内容进行分类,确保用户看到符合其兴趣的帖子。这种分类的自动化不仅节省了时间,还通过提供个性化内容提升了用户体验。总之,分类是一项渗透到生活各个方面的基本技能。无论是在科学研究、教育还是日常组织中,有效分类信息的能力都能带来更好的理解、沟通和效率。随着我们继续在一个日益复杂的世界中航行,磨练我们的分类技能将对理解周围的信息至关重要。因此,接受分类的实践可以使个人和组织更有效地实现目标。