An example mentioned in the article is NVidia graphics driver which contains a JIT compiler.
在文章中提到的一个例子是NVidia显示驱动，其中包含有JIT编译器。
In some cases this issue may require that your graphics driver be reinstalled to resolve the issue.
在某些情况下，这个问题可能需要你的显卡驱动重新安装来解决问题。
If neither of these methods work, the last failsafe option is to change the 'Device' driver to "vesa", sidestepping your graphics drivers entirely.
如何这些方法都不起作用，那么最后的保护性选项就是将你的设备调整为“vesa”模式，完全避开你的显卡驱动。
Although it's hardly the client's fault, the accelerated 3d graphics driver I needed broke compilation of OpenGL programs, leading to a fairly circuitous workaround.
尽管它很难成为客户机的默认设置，但是我需要的3d图形加速驱动程序破坏了OpenGL程序的编译过程，这会导致需要使用相当复杂的解决方案。
As graphics hardware evolved, GDI gained the ability to be hardware-accelerated through a set of DDIs (Device Driver Interface).
随着图形硬件(显卡)演进，GDI通过DDI(设备驱动接口)获得了硬件加速的能力。
With hardware accelerated graphics, the graphics card and driver combination play a significant role in how you experience the various examples and benchmarks.
使用硬件加速图形，图形卡和驱动程序的组合在你如何体验各种例子和基准方面扮演着很重要的角色。
If you have an Nvidia graphics card, use the following commands to install the driver, configure it then apply it to your installation.
如果你安装了Nvidia图形卡，使用下面的命令安装驱动程序，配置应用程序然后应用到你的安装中。
This will reveal real performance and any peculiarities of the specific graphics card, operating system or driver version.
这将显示真实的性能和任何具体图形卡，操作系统或驱动程序版本的特殊性。
DirectX 9 graphics support with Windows Display Driver Model 1.0 or higher.
DirectX9图像支持Windows显示驱动模型1.0或更高。
The ATI R600 series graphics cards will likely become the most powerful 3D graphics cards with an available open source driver to date.
ATI的R600的系列显卡将有可能成为最强大的三维图形可用的开放源码驱动程序日期卡。
This also provides driver independent (fall-back) graphics support for other operating systems.
它还为其它操作系统提供驱动程序无关的(标准降低)图形支持。
This also provides driver independent (fall-back) graphics support for other operating systems.
它还为其它操作系统提供驱动程序无关的(标准降低)图形支持。
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