并提出了制造资源的配置算法。
The algorithm for manufacturing resource configure is proposed.
算法分析了在障碍情况下与无障碍情况下配置算法效率。
This paper introduce characteristics about deployment for sensor networks and present issues about deployment and relative algorithm for sensor networks.
基于李亚普诺夫方程的状态反馈增益算法是极点配置算法中比较常见的一种。
Lyapunov Equation based algorithm for calculating state feedback gain is a comparatively normal algorithm used in pole assignment.
文中算法克服了现有的类似方案和其他极点配置算法在收敛性方面存在的困难。
The algorithm proposed has overcome the difficulty in the convergence found in similar schemes now available and in some other algorithms with pole assignment.
针对一类可线性化社会经济系统，给出了一种经济控制论模型的自适应极点配置算法。
Due to some social and economic system that can be formulated in formula, the author works out a calculation of an economic regulation model.
第三章提出一种新的配置算法，它与文献中已有的算法相比能大大地节约计算的次数。
A new placement algorithm is proposed in Chapter 3, it can reduce the iteration number considerably.
在此基础上，还提出了一种面向任务的产品配置算法，能使产品的结构配置适应企业的特定生产任务要求。
A configuration algorithm based on this formalization is also proposed, aiming to build a suitable product configuration in accord with the requirements of enterprise.
针对LTE系统的下行非连续接收（DRX）机制，提出了一种基于业务时延要求的动态非连续接收周期配置算法。
A novel dynamic configuration scheme for discontinuous reception(DRX) cycle based on the delay requirement of service is proposed for the LTE downlink system.
通过不同算法的比较，介绍了一种更简洁地计算SISO系统的MIMO系统的极点配置方法，以使相对通用极点配置算法进一步完善。
By introduction of a more simple pole placement algorithm of SISO system and MIMO system, makes the involved method in this paper more perfect.
详细分析了组件语法层基调匹配的基本原理和理论基础，在此基础之上研究了基于软件组件组装的系统开发技术，并给出了组件配置算法。
This paper analyses the fundamental and theory basis of interface signature matching, then discusses system development based on composing components and gives an algorithm to configure components.
详细分析了组件语法层基调匹配的基本原理和理论基础，在此基础之上研究了基于软件组件组装的系统开发技术，并给出了组件配置算法。
This paper analyses the fundamental and theory basis of interface signature matching, then discusses system development based on composing components and gives an algorithm to configure c.
已有的极点配置算法对离散时间系统在保证闭环系统的稳定性方面是有效的，但由于算法采用的不是优化策略，因而对任意的有界参考输出不具有最优跟踪性能。
There are lots of pole configuration algorithms which can guarantee the stability of closed loop system, but the algorithm have not optimal trace for lack of optimal strategy.
如果您记得每种状态表示一个堆栈配置，则理解算法的这一部分是较容易的。
It's easier to understand this portion of the algorithm if you remember that each state represent a certain stack configuration.
此工具同时分析插件配置和对应的跟踪文件，然后应用模式识别算法，以便向用户发出有关可能的不一致性的警报。
The tool parses both plug-in configuration and corresponding trace files and then applies pattern recognition algorithms in order to alert users of possible inconsistencies.
然而，随着项目进行，情况很快发生变化，算法模型可以配置和剪裁以适应项目环境。
This quickly changes, however, as algorithmic models are able to be configured and tailored to the project environment.
为SOAP安全配置环境：SOAP安全协议需要访问实现SOAP安全算法的库。
Configure the environment for SOAP security: SOAP security protocols require access to the libraries that implement SOAP security algorithms.
RAD的配置和日志透视包含一些视图，用来分析你的应用程序的内存使用，和通过比较两个堆转储的高级算法来检测这些泄漏。
RAD's profiling and logging perspective includes views for analyzing your application's memory usage and detecting these leaks through advanced algorithms that compare two heap dumps.
通过与STMM的高级调优算法结合使用，在大多数情况下，这些指标可以在一小时内把系统从开箱即用配置调整到接近最优的内存使用状态。
These metrics, when combined with STMM's advanced tuning algorithms, can in most cases, tune a system from an out-of-the-box configuration to near-optimal memory usage in an hour or less.
SDDPCM支持路径选择算法选项的动态选择，而AIXPCM需要为新路径选择算法重新配置每个hdisk才能生效。
SDDPCM allows for dynamic selection of path selection algorithm options, while the AIXPCM requires each hdisk be reconfigured for a new path selection algorithm to take affect.
配置H -Join以使用内存中算法—在H - JoinStep中，定义父列表和子列表后，有一个选项来选择应使用的算法。
Configure the H-Join to use in-memory algorithm - in the H-Join Step, after defining the parent and child lists, there is an option to select the algorithm that should be used.
事实上，如果跟踪该算法的过程，就会认识到它构建一个所有可能的堆栈配置以及在这些配置间的转换的列表。
In fact, if you were to trace this algorithm, you would realize that it builds a list of all the possible stack configurations and the transitions between them.
选择通常依赖于很多因素，如果使用基于算法的方法，那么就需要知道很多配置参数。
The choice often depends on many factors, some of which found their way into algorithmic methods as configurable parameters.
GRDDL还允许使用配置文件文档，而这些文档又为特定类别的网页和数据词汇引用适当的转换算法。
GRDDL also allows the use of profile documents, which in turn reference the appropriate transformation algorithms for a particular class of Web pages and data vocabularies.
通过从一个配置跳跃到一个差异巨大的配置，然后再进行细小的调整来让能量最小化，罗塞塔算法以此来处理其需要扫描的这巨大的能量图景。
The Rosetta algorithm handles the huge energy landscape it needs to scan by taking big leaps between different configurations, then attempting to minimize the energy by making smaller tweaks.
它允许每种算法的配置。
NET开发人员通常需要花费大量的时间，在不同的binding中对安全、算法、策略等进行配置，这其中充满了不必要的挑战。
NET Developers needed to configure security Settings, algorithms, policies in various bindings elements in an often time consuming manner, resulting in a challenge larger than necessary.
但是，sndpeek和一些自定义算法可以提供一种声波纹匹配配置，这种配置适当降低了复杂度，同时保留了较高程度的有效性。
However, sndpeek and some custom algorithms can provide a voice-print matching configuration of considerably reduced complexity while retaining a great deal of usefulness.
可以使用ssl. KeyManagerFactory . algorithm安全性属性配置缺省算法。
The default can be configured using the ssl.KeyManagerFactory.algorithm security property.
可以使用ssl. KeyManagerFactory . algorithm安全性属性配置缺省算法。
The default can be configured using the ssl.KeyManagerFactory.algorithm security property.
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