Embedded targets are often resource-constrained, and it can be difficult to allocate resources to debug the application on the target.
嵌入式目标通常都是资源受限的，分配资源以调试目标上的程序可以变得十分困难。
The LinuxBIOS project (see Resources) is working on this solution, and it is probably best targeted to servers and embedded users.
LinuxBIOS项目（请参看参考资料）就正在开发这样一个解决方案，这对于服务器和嵌入式用户来说可能最合适不过了。
RDDL USES XHTML to provide prose descriptions of the vocabulary with embedded XLink (covered in this article) to provide Pointers to key resources for helping understand or process the namespace.
RDDL使用XHTML提供词汇表的简单描述，用内嵌的XLink(将在本文中讨论)提供到重要资源的指针，帮助理解和处理这种名称空间。
Currently, how to improve the performance of audio in embedded systems whose resources are limited by applying software techniques is a hot research topic.
在资源有限的嵌入式系统环境中，如何通过软件技术来提高音频系统的性能是当前一个研究热点。
The Pointers to technical resources for the namespace are expressed using embedded XLinks.
指向名称空间技术资源的指针用内嵌的XLink表示。
The SOAP over JMS protocol support is limited to the use of JMS resources owned by the embedded (SIBus) JMS provider due to the automatic generation of these resources by the development tools.
SOAPoverJMS协议支持仅限于嵌入式(SIBus) JMS提供程序所拥有的JMS资源的使用，这是由于开发工具将自动地生成这些资源。
RDDL USES XHTML to provide prose descriptions of the vocabulary with embedded XLinks to provide Pointers to key resources for helping understand or process the namespace.
RDDL使用XHTML提供词汇表的散文式描述，其中内置了XLinks以提供关键资源的指针，从而有助于理解或处理名称空间。
In the designing process of embedded software, it is an important problem that how to improve the operation precision with limited hardware resources.
在嵌入式软件的设计过程中，如何在有限的硬件资源条件下提高软件的运算精度，是影响软件性能的一个重要问题。
Describes how to name your Toolbox ICONS and how to include them as embedded resources.
介绍如何为工具箱图标命名以及如何将它们包括为嵌入资源。
In the FPGA programming are used in the embedded FIFO core, rational use of FPGA resources to reduce costs.
在FPGA的编程设计中使用了内嵌FIFO核，能够合理利用FPGA资源减少成本。
How to efficiently use memory resources in FPGA to design high speed embedded processors has become a problem which should be researched.
如何有效地利用FPGA的片内存储资源实现高速的嵌入式处理器成为需要研究的问题。
The working documents' backup/recovery in embedded system is a practical issue, compared to the ordinary computer, the application in embedded system must take up less system resources.
嵌入式系统工作文档的备份/恢复是一个具有较强实用性的课题，相对于普通计算机，嵌入式系统的应用程序必须占用较少的系统资源。
The paper presents the technology of using VB to fast create the embedded resources.
提出了应用VB实现嵌入式资源快速生成技术。
The final procedure shows you how to re-add the model and mapping files as embedded resources to an ASP.
最后的过程向您演示如何将模型和映射文件作为嵌入的资源重新添加到一个 ASP。
Shows how to provide resources for a client script file that is embedded in an assembly.
演示如何为程序集中嵌入的客户端脚本文件提供资源。
In the same time, the usage of the FPGA embedded resources is reduced greatly because of using partial LUT configuration to implement the distribution algorithms.
同时，采用部分表结构实现的分布式算法大大降低了对FPGA芯片内部系统资源的占用。
However, the memory resources in FPGA are relatively limited. How to efficiently use memory resources in FPGA to design high speed embedded processors has become a problem which should be researched.
FPGA的片内存储资源相对较少，如何有效地利用FPGA的片内存储资源实现高速的嵌入式处理器成为需要研究的问题。
Embedded system resources are limited, after adding LCD driver and touch screen driver to the kernel, cut some modules which is unnecessary during the development process to make the kernel minimize.
嵌入式系统资源是有限的，在为内核添加了LCD驱动和触摸屏驱动后，将开发过程中不必要的模块进行了裁剪，使内核达到最小化的需求。
Embedded system resources are limited, after adding LCD driver and touch screen driver to the kernel, cut some modules which is unnecessary during the development process to make the kernel minimize.
嵌入式系统资源是有限的，在为内核添加了LCD驱动和触摸屏驱动后，将开发过程中不必要的模块进行了裁剪，使内核达到最小化的需求。
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