处理指令用于保持XML文档文本中特定处理器信息的方法。
A processing instruction is used as a way to keep processor-specific information in the text of the XML document.
JSR-109规范提供了一个方法来把JAX-RPC 处理器信息参数化到Web服务客户端或服务本身的 Web 服务部署描述符中。
The JSR-109 specification provides a means to parameterize JAX-RPC handlers in the Web service deployment descriptor for a Web service client or service.
使用它，您可以将会话信息存储在数据库中，或者实现一个用于加密和解密你的所有数据的处理器。
With it, you can store session information in a database or implement a handler for encrypting and decrypting all of your data.
这一信息存储在已经为每个处理器分配的追踪缓冲区中。
This information is stored in trace buffers that have been allocated for each processor.
通常，处理器通过单个原子或由两个原子组成的分子进行信息编码。
Usually, their processors encode information into either individual atoms or molecules made up of two atoms.
我在这里介绍的函数库使应用程序可以将模式信息用于任何XSLT2基本处理器。
The function library I've introduced here enables applications to use schema information with any common XSLT 2 basic processors.
计算服务器数量并收集其品牌、处理器、内存和硬盘空间信息。
Count the number of servers and gather their brand, processor, memory, and hard disk space information.
此区域提供有关IDS数据库提供的各种虚拟处理器的信息。
This section provides information on the various virtual processors as provided by the IDS database.
该系统收集关键信息，然后转移到两个机载处理器进行测试后分析。
The systems collected key information which was then transferred to two airborne processors for post-test analysis.
有关可以支持虚拟化的处理器的更多信息，请参看参考资料和侧栏处理器对于虚拟化的支持。
For more information on the processors that support virtualization, see Resources and the sidebar, processor support for virtualization.
接下来你将读到你所关心的这些处理器的信息——以及，最重要的是，它们将出现在哪些设备中。
Read on to learn everything you need to know about these processors — and, most importantly, what devices they'll be showing up in.
通过信息处理器网络，所有的大型计算机得以互相沟通。
Through the network of message processors, therefore, all the large computers can communicate with one another.
它仅仅能够处理八比特(八位二进制数)一组的信息，相形之下，当今计算机处理器能处理64比特或者128比特一组的数据。
It can process information only in eight-bit chunks, compared with the 64 - or 128-bit chunks handled by a modern computer processor.
如果给定该信息，预计将需要97%的单引擎处理器来支持该用户社区。
Given this information, you project that you need 97 percent of a single-engine processor to support this user community.
此外，中间件还可以对这些缓存进行管理，从而减少主存的压力，并能在处理器之间复制这些信息，以改善工作负载管理。
In addition, the middleware can manage these caches to reduce pressure on main memory and copy them between processors to improve workload management.
该计算机中没有CPU4，所以将显示下面的错误信息，并运行缺省可用的处理器。
CPU 4 is not available on the machine, so it will display the following error message and run the default available processors.
这些信息可以让您了解网络占用的处理器时间以及dpc队列是否在增长。
These will give you an idea of how much processor time is spent servicing the network and if the DPC queue is growing.
处理器将结合第二个地区的信息，判断出以第一个地区为根据的相关广告。
The processor may determine an advertisement associated with the second geographic region in accordance with the electronic device being located within the first geographic region.
VPA是操作系统和Hypervisor之间的一个双向通信区，用于传递所需的、有关虚拟处理器的信息。
The VPA is a two-way communication zone between the operating system and the hypervisor on information required about the virtual processor.
使用Kprobes可以轻松地收集处理器寄存器和全局数据结构等调试信息。
Debugging information, such as processor registers and global data structures, can be easily collected using Kprobes.
接口信息处理器1969。
1970年，在哈佛大学、麻省理工学院和BBN(该公司发明了可用于连接上网络的“接口信息处理器”)公司之间建立的网络。
An Arpanet network was established between Harvard, MIT, and BBN (the company that created the "interface message processor" computers used to connect to the network) in 1970.
如我们将看到的，通过匹配根元素，XSL处理器可以最轻易地找到该信息。
As we will see, the XSL processor finds this information most easily by matching the root element.
我们的应用程序将接收大量信息并使用微处理器的能力来处理这些信息。
Our applications take in massive amounts of information and crunch it with the power of the microprocessor.
您将需要输入关于系统类型的信息及其属性、处理器、内存和汇总信息。
You'll need to enter in information about the system type, its attributes, processors, memory, and summary information.
由于数据被划分在多个数据库分区上，因而可以使用多台计算机上的多个处理器的处理能力来满足对信息的请求。
Since the data is divided across database partitions, you can use the power of multiple processors on multiple computers to satisfy requests for information.
想故意制造些错误并不容易，但是如果偶然发现某种情况确实重复发生，那么通过处理器得到的信息是极有帮助的。
Deliberately causing an error isn't easy, but if you run across a repeatable situation that does happen, the information made available through the handler can prove to be extremely helpful.
在生物相容的装置中嵌入一个内部信息处理器，然后几个这样的装置将被包合进容纳有电线的高分子材料中，这些电线伸展时可达1.22毫米。
An internal processor is inserted in a biocompatible device, then a few of these devices are sewn up together into a polymer containing electronic wires that stretches a short 1.22 mm across.
在生物相容的装置中嵌入一个内部信息处理器，然后几个这样的装置将被包合进容纳有电线的高分子材料中，这些电线伸展时可达1.22毫米。
An internal processor is inserted in a biocompatible device, then a few of these devices are sewn up together into a polymer containing electronic wires that stretches a short 1.22 mm across.
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