buffering

简明释义

英['bʌfərɪŋ]美['bʌfərɪŋ]

n. 缓冲作用；缓冲记忆装置；减震

v. 用缓冲液处理；减轻；缓解（buffer 的 ing 形式）

英英释义

单词用法

同义词

反义词

例句

1.It then begins the output buffering.

它随后会启动输出缓存。

2.The Unicode Normalization Algorithm now defines stabilized strings and provides guidelines for buffering.

Unicode字符正常化算法，现在确定了稳定的字符串，并为缓冲提供指引。

3.Rico fetched 150 rows of data during the initial load and used buffering to store the data.

Rico在初始装载期间取出150行数据，并使用缓冲区存储该数据。

4.Full buffering (default).

完全缓冲(默认)。

5.When the secondary encounters a checkpoint, it enters a buffering mode.

当次要服务器遇到检查点时，它将进入一种缓冲模式。

6.There was no sensible support for buffering.

没有对缓冲的合理支持。

7.However, with Linux caching, you are essentially double buffering the data.

然而，通过Linux缓存，实质上是双重地缓冲数据。

8.The video is currently buffering 缓冲中, please wait a moment.

视频正在缓冲中，请稍等。

9.I hate when my favorite shows are buffering 缓冲中 during the climax.

我讨厌在高潮时我的最爱节目处于缓冲中。

10.Make sure your internet connection is stable to avoid buffering 缓冲 issues.

确保你的网络连接稳定，以避免缓冲问题。

11.The game was interrupted because it was buffering 缓冲中 due to high traffic.

由于网络流量过大，游戏被中断，因为它正在缓冲中。

12.If you experience buffering 缓冲, try lowering the video quality.

如果你遇到缓冲，尝试降低视频质量。

作文

In today's digital age, the term buffering refers to a process that many of us encounter frequently while streaming videos or music online. Essentially, buffering is when a media file is being preloaded to ensure smooth playback. It can be quite frustrating when you are in the middle of an exciting movie or a favorite song, and suddenly, the screen freezes with a spinning wheel indicating buffering. This phenomenon occurs because the data is being downloaded at a slower rate than it is being consumed, leading to interruptions in the viewing experience. The concept of buffering is not limited to just media streaming; it also applies to various aspects of technology and computing. For instance, when downloading large files or playing online games, users may encounter buffering if their internet connection is unstable or slow. This can affect performance and lead to frustration, particularly in competitive gaming environments where every second counts. To understand buffering better, it's essential to recognize the factors that contribute to it. One major factor is bandwidth, which refers to the amount of data that can be transmitted over an internet connection in a given period. If multiple devices are using the same network, or if the internet service provider is experiencing high traffic, the available bandwidth may decrease, resulting in buffering. Additionally, the quality of the connection, whether wired or wireless, can significantly impact the occurrence of buffering. Wired connections tend to be more stable and faster compared to wireless ones, which can be affected by distance from the router, physical obstacles, and interference from other electronic devices. Moreover, the resolution of the video being streamed plays a crucial role in buffering. Higher resolution videos require more data to be transmitted, which can lead to increased instances of buffering if the internet connection cannot keep up. Many streaming platforms offer options to adjust the video quality based on the user's internet speed, helping to minimize buffering and enhance the viewing experience. In conclusion, buffering is a common issue faced by many internet users today, especially those who rely heavily on streaming services. Understanding the causes of buffering can help users take proactive measures to improve their online experience. Whether it involves upgrading internet plans, optimizing network settings, or simply being mindful of the number of devices connected to the network, addressing the factors that contribute to buffering can lead to a smoother and more enjoyable digital experience. As technology continues to evolve, it is hoped that advancements in internet infrastructure and data transmission will reduce the prevalence of buffering, allowing users to enjoy seamless access to their favorite media without interruptions.

在当今的数字时代，术语缓冲指的是我们在网上流媒体观看视频或音乐时经常遇到的一个过程。基本上，缓冲是指一个媒体文件正在预加载，以确保平稳播放。当你正处于一部令人兴奋的电影或最爱的歌曲中，突然屏幕冻结，转动的轮子显示缓冲时，这可能会让人感到非常沮丧。这种现象发生是因为数据下载的速度慢于消费的速度，从而导致观看体验中的中断。 缓冲的概念不仅限于媒体流，还适用于技术和计算的各个方面。例如，在下载大文件或玩在线游戏时，如果用户的互联网连接不稳定或速度较慢，可能会遇到缓冲。这会影响性能，尤其是在竞争激烈的游戏环境中，每一秒都至关重要。 要更好地理解缓冲，必须认识到导致其发生的因素。一个主要因素是带宽，指的是在给定时间内可以通过互联网连接传输的数据量。如果多个设备使用同一网络，或者互联网服务提供商经历高流量，可用带宽可能会减少，从而导致缓冲。此外，连接的质量，无论是有线还是无线，都可以显著影响缓冲的发生。有线连接通常比无线连接更稳定且更快，因为无线连接可能会受到与路由器的距离、物理障碍物和其他电子设备干扰的影响。 此外，正在流媒体播放的视频分辨率在缓冲中也起着至关重要的作用。更高分辨率的视频需要传输更多的数据，如果互联网连接无法跟上，就可能导致增加缓冲的情况。许多流媒体平台提供选项，可以根据用户的互联网速度调整视频质量，以帮助减少缓冲并增强观看体验。 总之，缓冲是当今许多互联网用户面临的一个常见问题，尤其是那些严重依赖流媒体服务的用户。了解导致缓冲的原因可以帮助用户采取主动措施改善在线体验。无论是升级互联网套餐、优化网络设置，还是简单地注意连接到网络的设备数量，解决导致缓冲的因素可以带来更流畅、更愉悦的数字体验。随着技术的不断发展，人们希望互联网基础设施和数据传输的进步将减少缓冲的发生，使用户能够无中断地享受他们最喜欢的媒体。