compresses

简明释义

英[kəmˈprɛsɪz]美[kəmˈprɛsɪz]

n. [外科]敷布；[外科]压布（compress 的复数形式）

v. 压缩；压紧（compress 的第三人称单数）

英英释义

单词用法

同义词

反义词

例句

1.The snapcore command gathers the core file, program, and libraries used by the program, then compresses the information into a PAX file.

snapcore命令收集核心文件、程序和程序使用的库，然后把它们压缩为一个PAX文件。

2.When the uncompressed pool is full, the operating system compresses the data and moves it from the uncompressed pool to the compressed pool.

在未压缩池已满时，操作系统会压缩数据，并将其从未压缩池移到压缩池中。

3.If more than 80 percent of the filesystem is full, checkspace runs logrotate, which compresses and prunes log files as necessary.

如果文件系统的利用率达到80%，那么checkspace就会运行logrotate，后者会根据需要压缩和删除日志文件。

4.Its windmill compresses air directly.

他们直接利用风车来压缩空气。

5.The phone's camera then snaps a photograph, compresses the image and sends it to a clinic for evaluation.

这个手机相机咔嚓出一张照片，压缩并发送到诊所做评估。

6.It then compresses the symbol with the same algorithm used by the Bus filter.

然后，它用总线过滤器所使用的同一种算法压缩该符号。

7.Hot packs and cold compresses ease symptoms.

热敷与冷敷都可以缓解症状。

8.Apply cold compresses on it to alleviate the pain.

用冷敷来减少疼痛。

9.The JAR package compresses the files, resulting in 30 to 40 percent reduction of the product size.

JAR包压缩文件，产品的大小降低了30-40%

10.The software compresses files to save disk space.

该软件压缩文件以节省磁盘空间。

11.When you upload images, the app compresses them for faster loading.

当你上传图片时，应用程序压缩它们以加快加载速度。

12.The engineer compresses the data to improve transmission speed.

工程师压缩数据以提高传输速度。

13.This tool compresses audio files without losing quality.

这个工具压缩音频文件而不损失质量。

14.The chef compresses the ingredients to create a more intense flavor.

厨师压缩食材以创造更浓郁的味道。

作文

In the world of technology and data management, the concept of compression plays a crucial role. Compression refers to the process of reducing the size of data files, which can significantly enhance storage efficiency and improve data transmission speeds. One of the key techniques used in this context is known as 'lossless compression,' where the original data can be perfectly reconstructed from the compressed data. This method is particularly useful for text files and certain types of images. For example, when a program compresses a file, it effectively removes redundant information, thus making the file smaller without losing any quality. The term compresses (压缩) is often used to describe this action, as it succinctly captures the essence of the process. On the other hand, there is also 'lossy compression,' which sacrifices some degree of quality for a more significant reduction in file size. This technique is commonly used in audio and video files, where a perfect reproduction of the original is not always necessary. For instance, when a music file is compressed using a lossy format, it removes certain sounds that are less audible to the human ear. This allows the file to be smaller and easier to share over the internet. In this case, the software compresses (压缩) the audio data by eliminating parts that do not substantially affect the listening experience. The importance of compression extends beyond just saving space on hard drives or speeding up downloads. It also plays a vital role in web performance. When a website compresses (压缩) its images and scripts, it can load faster, improving user experience and potentially boosting search engine rankings. Techniques such as Gzip compression allow web servers to send files to browsers in a smaller size, enhancing the overall efficiency of data transfer over the internet. Moreover, the field of data science relies heavily on compression techniques. Large datasets can be cumbersome to work with, and efficient algorithms that compress (压缩) these datasets enable analysts to derive insights more quickly. By reducing the size of the data, analysts can perform computations faster and more effectively, leading to quicker decision-making processes. In the realm of cloud storage, compression is equally important. As more individuals and businesses move their data to the cloud, the ability to compress (压缩) files before uploading them can save bandwidth and reduce costs. Many cloud service providers offer built-in compression tools that automatically compress (压缩) files during the upload process, ensuring that users can maximize their storage capacity without incurring additional charges. In conclusion, the concept of compression, particularly the action of compresses (压缩), is fundamental in various fields, including technology, data management, web performance, data science, and cloud storage. As our digital world continues to expand, mastering the techniques and implications of compression will be essential for anyone looking to navigate this landscape effectively. Whether it is through lossless or lossy methods, understanding how to compress (压缩) data not only enhances storage efficiency but also improves overall performance across multiple platforms.

在技术和数据管理的世界中，压缩的概念发挥着至关重要的作用。压缩指的是减少数据文件大小的过程，这可以显著提高存储效率并改善数据传输速度。在这种情况下使用的关键技术之一被称为“无损压缩”，其中原始数据可以从压缩数据中完美重建。这种方法对于文本文件和某些类型的图像特别有用。例如，当一个程序compresses（压缩）一个文件时，它有效地去除了冗余信息，从而使文件变小而不失去任何质量。术语compresses（压缩）通常用于描述这一行为，因为它简洁地捕捉了这一过程的本质。 另一方面，还有“有损压缩”，它牺牲了一定程度的质量以获得更显著的文件大小减少。这种技术通常用于音频和视频文件，在这些文件中，原始文件的完美复制并不总是必要的。例如，当音乐文件使用有损格式进行压缩时，它去除了人耳不太能听到的某些声音。这使得文件更小，更容易通过互联网分享。在这种情况下，软件compresses（压缩）音频数据，通过消除对听觉体验没有实质性影响的部分。 压缩的重要性不仅限于节省硬盘空间或加快下载速度。它在网页性能中也发挥着至关重要的作用。当一个网站compresses（压缩）其图像和脚本时，它可以加载得更快，从而改善用户体验，并可能提升搜索引擎排名。Gzip压缩等技术允许网络服务器以更小的尺寸将文件发送到浏览器，从而提高互联网数据传输的整体效率。 此外，数据科学领域也在很大程度上依赖于压缩技术。大型数据集可能难以处理，而高效的算法可以compress（压缩）这些数据集，使分析人员能够更快地得出洞察。通过减少数据的大小，分析人员可以更快、更有效地进行计算，从而加快决策过程。 在云存储领域，压缩同样重要。随着越来越多的个人和企业将数据转移到云端，上传文件之前能够compress（压缩）它们可以节省带宽并降低成本。许多云服务提供商提供内置的压缩工具，在上传过程中自动compress（压缩）文件，确保用户可以最大化其存储容量而不产生额外费用。 总之，压缩的概念，特别是compresses（压缩）的行为，在技术、数据管理、网页性能、数据科学和云存储等多个领域都是基础性的。随着我们的数字世界不断扩展，掌握压缩的技术和含义将对任何希望有效导航这一领域的人来说至关重要。无论是通过无损还是有损的方法，理解如何compress（压缩）数据不仅提高了存储效率，还改善了多个平台的整体性能。