Display PostScript and a windowing engine.
DisplayPostScript显示系统和窗口引擎。
Versions exist using the native windowing system.
各版本都使用本地窗口系统。
The windowing system used in these examples is Plan 9's Rio.
这些示例中使用的视窗系统是Plan9的rio。
Rio was an interesting windowing system with some unique attributes.
Rio是一种具有一些独特属性的有趣视窗系统。
It has a lot of features aimed at the modern graphical windowing environment.
它有许多针对现代图形视窗环境的功能部件。
The types of flow control are buffering, windowing, and congestion avoidance.
流量控制的类型：缓冲、窗口机制和拥塞避免。
Next up is the xwit application installation for command-line windowing control.
接下来是为命令行窗口控制安装xwit应用程序。
Learn more about Plan 9's windowing system, rio, in this presentation from Rob Pike.
在 来自Rob Pike 的演示文稿 中，您还可以了解有关Plan9视窗系统rio 的更多信息。
MAXIMIZED_VERT — a vertical maximized state (may not be supported by windowing environment).
MAXIMIZED_VERT—垂直最大化状态(窗口环境可能不支持)。
MAXIMIZED_HORIZ -- A horizontal maximized state (may not be supported by windowing environment)
MAXIMIZED_HORIZ —水平最大化状态（窗口环境可能不支持）
Now, that description sounds a bit like the X11 windowing system with some of the labels changed.
这听起来有些类似于 X11视窗系统，只是改变了一些标志。
Unlike AWT or JFC, SWT is tightly integrated with the operating system's native windowing environment.
与AWT和JFC 不同，SWT 与操作系统的本机窗口环境紧密集成在一起。
The graphical user interface (GUI), called Sugar, is based on the X windowing system and written in Python.
被称作Sugar的图形用户界面（GUI）基于Xwindowing系统并用Python 编写。
While windowing systems provide modularity and flexibility to user interfaces, they can be horribly abused.
通过窗口这种方式，系统带给我们模块化且灵活的用户界面，但窗口也可能被滥用。
A modern and mature cross-platform windowing system and GUI system for real-time embedded systems and smart devices.
成熟的、现代的跨平台窗口及图形用户界面支持系统；广泛用于智能设备及实时嵌入式系统。
This provides an abstraction layer over the existing operating system-specific windowing system (GTK in case of Linux).
这样在现有操作系统特定窗口系统(Linux中为gtk)上提供了一个抽象层。
A typical windowing system on a computer will provide a number of ICONS on the screen as well as some defined regions.
一般的计算机视窗系统都会在屏幕上放置很多图标和预定义的区域。
The X Window System, also known as X11, is a graphical windowing system used on Unix-like systems, according to iDefense.
XWindow系统又称X11，是运行于类Unix框架基础上的图形视窗系统。
With windowing systems, they must open various folders to find the desired file or application before they can launch it.
对于视窗系统，为了查找期望的文件或者程序，在启动之前必须打开多个文件夹。
According to the characteristic of our system, data decoding, windowing, saving, FFT, PSD, and result output is performed by FPGA.
结合本系统的特点，使用FPGA分别实现了数据的译码、加窗、存储、FFT、PSD和结果输出。
This "windowing" effect can be amplified in a larger painting, or when a web page is viewed in a maximized browser on a large screen.
在大幅绘画中，这种“开窗”效果可以得到增强，在大屏幕上用最大化浏览器浏览web页面时也是如此。
Because Nautilus is written using the GTK windowing toolkit, it seems like a logical choice to do the same, although this is not required.
由于在编写Nautilus时采用了gtkwindowing工具包，所以尽管这不是必须的，但是采用相同的做法很合乎逻辑。
Based on the shortcomings of the double threshold method, a double threshold method with overlap windowing is proposed in this paper.
针对双门限方法存在的不足，提出一种重叠加窗的双门限窄带干扰抑制方法。
A novel iterative algorithm for optimization design of non-frequency-selective FIR digital filters is proposed based on the windowing method.
提出一种基于窗函数法设计FIR数字滤波器的优化算法。
The APDFT method is a new scheme for FIR filter design, possessing concurrently the merits of the windowing and the frequency sampling method.
APDFT方法兼有窗函数法和频率采样法的优点，是一种设计FIR滤波器的新方法。
The accuracy measurement of the signal can be achieved with a suitable windowing operation in time domain and an interpolation algorithm in frequency domain.
该算法通过对时域信号加合适的窗函数，并在频域采用相应的内插算法，可以有效地减小测量过程中信号的频谱泄漏，得到精确的测量结果。
A new adaptive windowing algorithm for speckle noise suppression is proposed, solving the problem of window size associated with the local statistics adaptive filter.
研究了一种新颖的斑点噪声抑制自适应窗口算法，解决了局域统计自适应滤波器的窗口大小问题。
A signal detection method based on the time-windowing was proposed for improving the signal detection performance of flank sonar mainly affected by the vibration noise.
针对振动噪声影响下的舷侧阵声纳的信号检测问题，提出了一种基于时域加窗的信号检测方法。
A signal detection method based on the time-windowing was proposed for improving the signal detection performance of flank sonar mainly affected by the vibration noise.
针对振动噪声影响下的舷侧阵声纳的信号检测问题，提出了一种基于时域加窗的信号检测方法。
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