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- The crucial software design concepts of using multithread and double buffers for exchanging data are emphasized. 详细说明了如何利用多线程的编程方法和双缓冲区的数据交换方式,实现对电能质量各个技术指标的实时监测、记录和分析;
- Direct Memory Access(DMA) and double buffers are discussed. DDC basic bed is built based on the previous research. 最后,深入研究了直接存储器访问(DMA)和双缓冲区方式,结合PM511P数据采集卡,完成了DDC基础平台的软件设计工作。
- Furthermore, it was found that we could use the GaN/ SiN double buffer to achieve more reliable nitride-based LEDs. 此外,如果氮化镓/化硅双缓冲层合并于磊晶结构中,此氮基础的发光二极体其可靠度被证实可以有实质上的改善。
- In fourth chapter we focus on the construction of the client-server model and the double buffer technology. 第三章主要侧重于网络传输的基础,第四章主要侧重于客户-服务器模型的构建,以及双缓冲技术。
- Furthermore, it was found that we could use the GaN/SiN double buffer to achieve more reliable nitride-based LEDs. 此外,如果氮化镓/氮化矽双缓冲层合并于磊晶结构中,此氮基础的发光二极体其可靠度被证实可以有实质上的改善。
- Thin SiN layers and nitride-based multiquantum well( MQW) light emitting diode( LED) structures with conventional single GaN buffer and GaN/ SiN double buffers were grown on sapphire substrates by metalorganic chemical vapor deposition( MOCVD). 摘要以有机金属化学气象沉积在蓝宝石基板上成长由单一氮化镓成核层与氮化镓/化硅双缓冲层所形成的两种不同氮基础的多层量子井发光二极体结构。
- A double buffers scheme is used in the client end of the VOD system, it adopts two buffers to manage the media data processed by the client, one is used to receive data and the other is used to render data. 同时,客户端采用双缓冲区模式,即采用接收数据和播放数据的双重缓冲区来管理传送到客户端系统的媒体数据。
- Thin SiN layers and nitride-based multiquantum well (MQW) light emitting diode (LED) structures with conventional single GaN buffer and GaN/SiN double buffers were grown on sapphire substrates by metalorganic chemical vapor deposition (MOCVD). 摘要以有机金属化学气象沉积在蓝宝石基板上成长由单一氮化镓成核层与氮化镓/氮化矽双缓冲层所形成的两种不同氮基础的多层量子井发光二极体结构。
- Taking the measures of setting on double buffers, selected reception, forced counting and filtering in the software of data transmission can enhance the ability of the system to oppose disturbance. 通过在数据传输软件里采取设置双缓冲区、选择接收、强制计数、滤波等措施 ;可显著地提高系统的抗干扰能力 .
- 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。
- 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。
- 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。
- Access to hardware text and double buffering of drawings depends on the driver. 对硬件文档的访问和双缓冲制图依赖于驱动器。
- Double buffering uses a memory buffer to address the flicker problems associated with multiple paint operations. 双缓冲使用内存缓冲区来解决由多重绘制操作造成的闪烁问题。
- A proper program scheme is selected, and the double buffer technology is used for high speed and large capability dada acquisition to cope with the problem that a continuous large memory is difficult to apply in windows operating system. 针对高速大容量数据采集,采用了双缓冲技术解决Windows操作系统下难以申请到大容量连续内存的问题,实现了数据的连续采集功能。
- When double buffering is enabled, all paint operations are first rendered to a memory buffer instead of the drawing surface on the screen. 当启用双缓冲时,所有绘制操作首先呈现到内存缓冲区,而不是屏幕上的绘图图面。
- Both methods will enable default double buffering for your form or control and provide flicker-free graphics rendering. 两种方法都将为窗体或控件启用默认双缓冲并提供无闪烁的图形呈现。
- This class is relatively simple and provides double buffering functionality for the graphs to build upon. 这个类相对来说比较简单,它为自己将要建立于其上的图形提供双缓冲功能。
- 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。
- double buffers parallel processing technique 双缓冲并行技术