compression
简明释义
n. 压紧，压缩
英英释义
单词用法
影像压缩，图像压缩 | |
n. 压缩比 |
同义词
| 挤压 | 挤压海绵去除了多余的水。 | ||
| 凝结 | 蒸汽凝结成水是一个物理变化。 | ||
| 压实 | The compaction of soil is important for building foundations. | 土壤的压实对于建筑基础很重要。 | |
| 收缩 | The contraction of metal when cooled can affect its structure. | 金属冷却时的收缩可能会影响其结构。 |
反义词
| 扩展 | The expansion of the universe is a fascinating topic in cosmology. | 宇宙的扩展是宇宙学中一个引人入胜的话题。 | |
| 膨胀 | 在低光条件下，瞳孔会发生膨胀。 |
例句
1.Possible uses for send and receive exits include compression or logging.
发送和接收出口的可能用途包括压缩或日志记录。
2.The following example shows how to create partition table with compression.
下面的例子展示如何创建采用压缩的分区表。
3.Shannon showed how to calculate this limit, opening the way to the design of compression methods that cram maximum information into the minimum space.
香农展示了如何计算这个限度，这为设计压缩方法将最多的信息填入最小的空间开辟了道路。
4.These tools include compression, pack, shrink, and defragment.
这些工具包括压缩、打包、收缩、和碎片整理。
5.One issue was compression in HANA.
其中一个就是HANA的压缩问题。
6.For example, you can use this field to indicate compression.
例如，您可以使用此字段指示压缩。
7.It works in compression to divert the weight above it out to the sides, where the weight is borne by the vertical elements on either side of the arch.
在受到压力时，拱形结构能够起到将其上面的压力转移到侧面，在侧面的重量则由拱形结构两侧的垂直部分来承受。
8.Data compression algorithms are essential for efficient storage.
数据压缩算法对高效存储至关重要。
9.In medical imaging, compression techniques help improve image clarity.
在医学成像中，压缩技术有助于提高图像清晰度。
10.The compression of air in the tire ensures a smooth ride.
轮胎内空气的压缩确保了平稳的驾驶体验。
11.The compression of a spring is crucial for its functionality.
弹簧的压缩对其功能至关重要。
12.The software uses compression to reduce the file size for easier sharing.
该软件使用压缩来减小文件大小，以便更轻松地共享。
作文
In the world of technology and data management, the concept of compression (压缩) plays a crucial role. It refers to the process of reducing the size of a file or data set, allowing for more efficient storage and transmission. As digital content continues to grow exponentially, understanding compression (压缩) techniques becomes essential for both individuals and businesses alike. One of the most common forms of compression (压缩) is found in image files. For instance, JPEG is a popular format that utilizes lossy compression (压缩), meaning that some data is lost during the process to achieve a smaller file size. This is particularly useful for web use, where loading times are critical. However, it’s important to balance quality with size; excessive compression (压缩) can lead to noticeable degradation in image clarity. Similarly, audio files also benefit from compression (压缩). Formats like MP3 employ lossy compression (压缩) to significantly reduce file sizes while maintaining acceptable sound quality for listeners. This allows users to store more music on their devices without sacrificing too much auditory experience. On the other hand, lossless compression (压缩) formats, such as FLAC, retain all original data, making them ideal for audiophiles who prioritize sound fidelity over storage efficiency. In addition to images and audio, compression (压缩) is vital in document management. PDF files often use various compression (压缩) methods to enable easier sharing and faster loading times. For businesses, this is particularly advantageous as it allows for quicker access to documents and reduced bandwidth usage. Moreover, understanding how to effectively apply compression (压缩) can save significant storage space on servers, which translates into cost savings. The importance of compression (压缩) extends beyond personal use; it has significant implications in fields such as software development and web design. For example, web developers often employ compression (压缩) techniques on CSS and JavaScript files to enhance website performance. By minimizing these files, they reduce the amount of data that needs to be transferred over the internet, leading to faster page load times and improved user experience. Additionally, cloud storage services utilize compression (压缩) algorithms to optimize data storage. By compressing files before uploading, users can maximize their storage capacity, making it easier to manage large amounts of data. This is particularly beneficial in an era where remote work and online collaboration have become the norm. However, it is essential to understand the limitations of compression (压缩). Over-compressing files can lead to loss of critical data and quality, rendering the information unusable. Therefore, users must be educated on the appropriate levels of compression (压缩) for different types of content. In conclusion, the concept of compression (压缩) is integral to modern technology and data management. Whether it’s for images, audio, documents, or web content, mastering compression (压缩) techniques can lead to enhanced efficiency, cost savings, and improved user experiences. As we continue to navigate an increasingly digital world, the ability to effectively utilize compression (压缩) will undoubtedly remain a valuable skill for years to come.
