caching
简明释义
n. [计]超高速缓存
v. 缓冲（cache 的 ing 形式）
英英释义
Caching is the process of storing data in a cache, which is a temporary storage area, to enable faster access to frequently used information. | 缓存是将数据存储在缓存中（一个临时存储区域）的过程，以便更快地访问经常使用的信息。 |
单词用法
高速缓冲存储器；快取记忆体 | |
缓存文件 |
同义词
| 存储 | 数据通常存储在缓存中以提高访问速度。 | ||
| 缓冲 | 缓冲有助于减少视频流播放中的延迟。 | ||
| 保存 | 保存经常访问的文件可以提高性能。 | ||
| 保留 | Retaining user sessions in memory speeds up the application. | 在内存中保留用户会话可以加快应用程序速度。 |
反义词
| 获取 | 系统正在从服务器获取数据。 | ||
| 检索 | 我们正在从数据库中检索最新记录。 |
例句
1.Listing 2. Caching is simple!
清单2.缓存很简单！
2.Caching is simply an optimization.
缓存只是一种最优化。
缓存意味着什么？
4.It also improves caching and instruction pipelining.
它还可以改进缓存和指令流水线。
5.How caching can lead to better performance.
缓存是如何提高性能的。
6.A conditional caching engine.
一个条件缓存引擎。
7.In this sense, caching is a subset of clustering.
从这个角度看，缓存是集群的一个子集。
8.You may be caching the wrong things.
您可能缓存了错误的内容。
9.Is any caching required or necessary?
高速缓存是否必需或必要？
10.The use of caching 缓存 can significantly enhance user experience by reducing wait times.
使用缓存可以显著提高用户体验，减少等待时间。
11.The server's caching 缓存 mechanism improves response times for users.
服务器的缓存机制提高了用户的响应时间。
12.The web browser uses caching 缓存 to store frequently accessed pages for faster loading.
网页浏览器使用缓存来存储经常访问的页面，以便更快加载。
13.By implementing caching 缓存, the application reduced the load on the database significantly.
通过实施缓存，应用程序显著减少了数据库的负载。
14.We need to clear the caching 缓存 to ensure that the latest data is displayed.
我们需要清除缓存以确保显示最新的数据。
作文
In the digital age, where information is at our fingertips, the concept of caching (缓存) has become increasingly significant. Caching refers to the process of storing data temporarily to enable faster access to frequently used information. This mechanism is not only vital for web browsers but also plays a crucial role in various applications and systems that require quick data retrieval. The primary goal of caching (缓存) is to reduce latency and improve performance, which are essential factors in today’s fast-paced technological environment.When we visit a website, our browser uses caching (缓存) to store elements such as images, scripts, and stylesheets locally on our devices. This means that when we revisit the same site, the browser can load these resources from the local storage instead of downloading them again from the internet. This significantly speeds up page loading times and enhances the overall user experience. Without caching (缓存), users would face longer wait times, leading to frustration and potentially causing them to leave the site.Moreover, caching (缓存) is not limited to web browsers. It is also utilized in various applications, including databases and operating systems. For instance, database management systems often implement caching (缓存) to store query results temporarily. When a user requests data that has already been fetched, the system can quickly provide the cached result instead of executing the query again. This reduces the load on the database and improves response times, making applications more efficient and responsive.Another area where caching (缓存) proves beneficial is in content delivery networks (CDNs). CDNs use caching (缓存) to store copies of content on servers located closer to users. By delivering content from a nearby server, CDNs minimize latency and ensure that users receive data quickly, regardless of their geographical location. This is particularly important for streaming services, online gaming, and other applications that require real-time data delivery.However, caching (缓存) is not without its challenges. One major issue is cache invalidation, which refers to the process of updating or removing outdated data from the cache. If a cached resource changes but the cache does not refresh, users may encounter stale content, leading to confusion or misinformation. Therefore, developers must implement effective cache management strategies to ensure that the caching (缓存) system remains accurate and reliable.In summary, caching (缓存) is an essential technique in modern computing that enhances performance and efficiency across various platforms and applications. By temporarily storing frequently accessed data, caching (缓存) reduces latency, improves load times, and provides a better user experience. As technology continues to evolve, understanding and effectively implementing caching (缓存) will remain crucial for developers and users alike. Embracing this concept will help ensure that we can navigate the vast sea of information available to us swiftly and efficiently.
在数字时代，信息触手可及，caching（缓存）这一概念变得愈加重要。caching（缓存）指的是临时存储数据的过程，以便快速访问经常使用的信息。这一机制不仅对网页浏览器至关重要，还在各种需要快速数据检索的应用程序和系统中发挥着关键作用。caching（缓存）的主要目标是减少延迟并提高性能，这在当今快节奏的技术环境中是至关重要的因素。当我们访问一个网站时，浏览器会利用caching（缓存）将图像、脚本和样式表等元素存储在我们设备的本地。这意味着，当我们再次访问同一网站时，浏览器可以从本地存储加载这些资源，而不是重新从互联网上下载它们。这大大加快了页面加载时间，增强了整体用户体验。如果没有caching（缓存），用户将面临更长的等待时间，导致挫败感，并可能使他们离开该网站。此外，caching（缓存）并不限于网页浏览器。在各种应用程序中，包括数据库和操作系统，也会使用caching（缓存）。例如，数据库管理系统通常实施caching（缓存）以暂时存储查询结果。当用户请求已经获取的数据时，系统可以快速提供缓存的结果，而不是再次执行查询。这减少了数据库的负载，提高了响应时间，使应用程序更加高效和灵敏。caching（缓存）还有一个显著的好处是在内容分发网络（CDN）中。CDN利用caching（缓存）在离用户更近的服务器上存储内容的副本。通过从附近的服务器交付内容，CDN最小化了延迟，并确保无论用户的地理位置如何，都能快速接收数据。这对于流媒体服务、在线游戏和其他需要实时数据传输的应用程序尤其重要。然而，caching（缓存）并非没有挑战。一个主要问题是缓存失效，这指的是更新或删除缓存中过时数据的过程。如果缓存的资源发生变化，但缓存没有刷新，用户可能会遇到过时的内容，从而导致混淆或误信息。因此，开发人员必须实施有效的缓存管理策略，以确保caching（缓存）系统保持准确和可靠。总之，caching（缓存）是现代计算中的一种基本技术，增强了各个平台和应用程序的性能和效率。通过临时存储经常访问的数据，caching（缓存）减少了延迟，提高了加载时间，并提供了更好的用户体验。随着技术的不断发展，理解和有效实施caching（缓存）将继续对开发人员和用户至关重要。接受这一概念将有助于确保我们能够迅速高效地在可用的信息海洋中航行。
