从加强实验室管理的角度，剖析新时期高等院校仪器设备报废的原因及报废仪器设备处理程序及应对措施。
This article investigated the causes of the appearance of the disposal of used facilities and suggested the procedures and measures to dispose the used facilities.
为家里的每个智能设备安装不同的应用程序是一件很烦人的事情；如果你能一起处理所有的事情就好了。
Having to install a different app for each smart appliance in your home is annoying; it would be nicer if you could manage everything together.
因此，新的处理器提供DMA地址转换和权限检查以实现有效的设备透传，而不是捕获并模拟对管理程序下的物理设备的访问。
So, instead of catching and emulating access to physical devices below the hypervisor, new processors provide DMA address translation and permissions checking for efficient device passthrough.
很多命令行程序，是通过发送它们的处理结果到一个叫做标准输出的设备，来达到显示命令的处理结果。
Most command line programs that display their results do so by sending their results to a facility called standard output.
基于客户机的表单处理程序可以放在高端的个人计算机上，也可以放在低端的可移动设备上。
Client-based forms processors can exist on high-end personal computers or lower-end portable devices.
在程序执行StorageAccess或Branch指令或者在存取下一条顺序指令时，它将使用处理器计算出的有效地址引用存储设备。
A program references storage using the effective address computed by the processor when it executes a storage Access or Branch instruction or when it fetches the next sequential instruction.
如果能够重用用户设备如个人计算机或个人数字助理(PDA)上已经安装的XForms处理程序，就可以使用另一个表单来修改原来的表单。
If you reuse the already installed XForms processor on users' devices, such as personal computers and personal digital assistants (PDAs), you can use another form to modify the original form.
Intel和AMD都在它们的新一代处理器架构中提供对设备透传的支持(以及辅助管理程序的新指令)。
Both Intel and AMD provide support for device passthrough in their newer processor architectures (in addition to new instructions that assist the hypervisor).
使用管道可以让其他程序处理数据，而不必将这些数据保存到文件或磁带设备上。
Using pipes, the data can be processed by other programs without requiring that the data be saved in files or tape devices.
为这些驱动程序提供的标准接口是由BIOS来处理的，正是由于这个原因，BIOS需要对设备进行探测、识别，还可能要进行初始化。
The standard interface provided to these drivers is handled by the BIOS, and because of this, the BIOS needs to probe for devices, identify them, and possibly initialize them for use.
表单客户机将表单模板存储在设备上，启用了表单应用程序，并且在本地对表单数据进行排队，直到这些数据能够与服务器同步以进行处理为止。
The forms client stored the form template on the device, enabled use of the forms application, and queued the forms data locally until it could be synchronized to the server for processing.
表单服务器将表单应用程序存储在表单库，将表单模板部署到目标设备，并且启动了与服务器同步的表单数据的处理。
The forms server stored the forms application in the form repository, deployed the form template to the target device, and initiated the processing of the forms data synchronized to the server.
接下来，我们将讨论，与那些设备本机应用程序相比，J2ME应用程序有哪些处理和安全性优点。
Next, we will discuss the processing and security advantages of J2ME applications over those of device-native applications.
尽管它提供的精确性比高精确度计时器要低，但它对于在处理物理设备时提供错误覆盖的传统驱动程序超时来说比较理想。
Although it offers less accuracy than high-resolution timers, it is ideal for traditional driver time-outs that provide coverage of error cases when dealing with physical devices.
这允许设备执行资源密集型处理，并允许应用服务器处理应用程序业务逻辑。
This allows the appliance to do the resource-intensive processing and the application server to process the application business logic.
每个服务器都必须运行一个后台程序来处理众多任务，这样移动设备就不行了。
Each server must be running a daemon to handle the batches of jobs - this leaves mobile devices out of the picture.
事实上，任何尝试在物理上破坏设备的举动都会禁用它以及所有内部介质，此时设备会处理所有实用程序和函数。
In fact, any attempt to physically compromise the appliance disables it and all internal media, at which point the appliance possesses all the utility and function of a brick.
对特定设备的访问由与它相关联的传统物理设备驱动程序处理。
The access to a specific device is handled by traditional physical device driver associated with it.
处理器能力被划分为时间片，应用程序映像经常被换入和换出真实内存，设备访问由需求驱动，还受到访问权限的限制。
Processor capacity is doled out in slices, application images are constantly shuffled in and out of real memory, and device access is driven by demand and policed by access rights.
当应用程序向设备的主机服务器发送一个查询时，处理流程开始。 主机服务器将编译该查询并创建一个优化的查询执行计划。
The action begins when an application sends a query to the appliance host server, which compiles the query and creates an optimized query execution plan.
为支持新硬件而实施的有限修改，比如修改设备驱动程序的内核以反映一种新的处理器。
Limited changes to support new hardware, such as device drivers' kernels changes to reflect a new processor.
使用最新的支持虚拟化的处理器架构，有多个管理程序和虚拟化解决方案支持设备透传。
Using the latest virtualization-enhanced processor architectures, a number of hypervisors and virtualization solutions support device passthrough.
为了说明这些基本组件，我们将使用处理色度计(用三基色法读数测量颜色的设备)读数的应用程序中一段简单的xml片段。
In order to illustrate these basic components, we will use a simple XML fragment from an application dealing with readings from colorimeters (devices that measure colors using tri-stimulus readings).
如果一个中断请求不断到来而且没有注册那个设备的处理程序(例如，所有的驱动程序都返回IRQ_NONE)，内核就会忽略来自那个设备的中断。
If an interrupt keeps coming in and there is no registered handler for that device (for instance, all drivers return IRQ_NONE), then the kernel can block interrupts from that device.
QEMU是一个平台虚拟化应用程序，让您能够仿真完整的计算机（处理器和相关的外部设备），用于在其上虚拟化另一种操作系统。
QEMU is a platform virtualization application that allows you to emulate an entire computer (processors and associated peripherals) for purposes of virtualizing another operating system on it.
智能应用程序有效地利用了设备处理能力。
Smart applications utilize device processing power efficiently.
SaaS的终端用户有从桌面或者移动设备访问供应商的应用程序，来处理业务任务的权利。
A SaaS end user has access to the provider's application from a desktop or mobile device to process business tasks.
应用服务器类型(Applicationservertype)——运行应用程序的应用服务器可以处理不同类型的设备。
Application server types — the app server hosts the application that is designed to handle different types of devices.
在处理代码时，请注意程序如何从 xgpio_l.h 导入GPIO的基地址 ——如果变动了外部设备的基地址，EDK 会自动更新它。
While you're in there, note in passing how the program imports the GPIO base address from xgpio_l.h -- this is dynamically updated by EDK if you shuffle around the base address of the peripheral.
bottomhalf方法可以将设备驱动程序中的工作延迟到中断处理后执行。
A bottom half is a way to defer work from interrupt handling to be done later in a device driver.
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