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1·Demonstrates how to reduce flicker with double buffering.

示范如何使用双重缓冲减少重绘闪动。

2·Class allows you to implement custom double buffering for your graphics.

类，可以实现图形的自定义双缓冲。

3·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。

4·We will make use of this in the next article when we talk about double buffering.

在下一篇文章讨论双缓冲时我们将讨论这个问题。

5·Provides methods for creating graphics buffers that can be used for double buffering.

提供创建图形缓冲区的方法，该缓冲区可用于双缓冲。

6·This technique is extremely fast, you may not even need double buffering since the flicker is minimal.

这个技术是非常快速的，你可能都不需要双缓存了，因为闪耀是非常小的。

7·Benefit from double buffering technology in some imaging software, This technology will be applied to improve the appearance of software in client side.

借鉴图像处理软件中采用的双缓存技术而提出的构件实例缓存技术在基于网络应用程序设计中的应用，将优化系统的性能。

8·The collection of bottom data, buffering and double buffering are analyzed in the part of the collection of data that is the kernel of the accounting system.

对计费网关的核心部分即数据采集部分提出了底层数据采集、缓冲及双缓冲技术。

9·However, if double buffering technology is used to draw the entire logging curve in the memory and then displays and saves the image, the logging curve can be easily saved as universal image format.

利用双缓冲技术在内存中绘制整幅测井曲线，然后再实现图像显示和保存，能较好地解决上面的问题。

10·The BufferStrategy class masks which of the two aforementioned double-buffering methodologies is used and lets you take advantage of any hardware-based buffering the system offers.

bufferstrategy类隐藏了使用的是上述两种双缓冲方法中的哪一种这一事实，并且它允许您利用系统所提供的任何基于硬件的缓冲。