This paper investigates the secondary pattern performance for the small electrical size subreflector and large lateral-feed displacement.
本文研究小电尺寸副面和馈源横向大偏焦时次级方向图特性。
The differences here are much larger than in the time performance comparisons, and show a very different pattern.
这里的差异比时间性能比较中的差异更大，并且表现出了一个非常不同的模式。
The first example implementation uses a technique where the initial design, as proposed by the standards used, suggests a non-optimal access pattern and causes performance problems.
第一个实例的实现使用的是最初的设计方法，由于是按标准使用模式提出的，表明它不是最佳的访问模式，因此会引起性能问题。
We also provide highlights of modeling, implementation, performance monitoring, pattern solutions, and the system architecture.
同时我们将重点阐述建模、系统实现、性能监测解决模式和系统架构。
The requestor-side caching pattern specification improves service performance.
请求端缓存模式规范可提高服务性能。
The pattern is simple, avoids customer configuration schemes, and provides good performance.
这个模式简单、避免使用者配置方案还有良好的性能。
However, complex transformations have a negative impact on the performance of the federation pattern and make this pattern less applicable for those scenarios.
不过，复杂转换对联合模式的性能有负面影响，从而会降低此模式对此类场景的适用性。
KPI predictions are made based on the KPI's past performance, current trends, acceleration and deceleration, and the optional cyclical pattern.
可以基于KPI过去的业绩、当前的趋势、加速和减速以及可选的循环模式进行KPI预测。
The XMLizing pattern can improve the flexibility, robustness, and extensibility for the corresponding application, but some factors affect the overall performance.
XML 化模式可以提高应用程序的灵活性、健壮性和可扩展性，但是有一些因素会影响总体性能。
It is thus desirable to configure the environment to avoid the cross-connection pattern for performance reasons.
因此，出于性能考虑，有必要对环境进行配置，以避免交叉连接模式。
The requester-side caching pattern can often provide an effective solution to a performance problem, but the architect needs to carefully consider a number of factors.
请求端缓存模式经常能够提供性能问题的有效解决方案，但架构师需要谨慎考虑一系列因素。
If this pattern continues, crawlers are squeezed between the dual pressures of maintaining acceptable crawling performance while gathering constantly-increasing volumes of information.
如果这种模式继续下去的话，爬虫程序会受到双重的压力，在维持可接受的爬行性能的同时又要聚集不断增加的信息量。
A well-known pattern to address performance nonfunctional requirements is a caching pattern.
一个大家熟知的处理性能非功能需求的模式就是缓存模式。
The Information Aggregation business pattern provides a read-only access to the business process performance data.
信息聚合业务模式提供了对业务流程中的数据进行只读的访问。
By practicing slowly, by breaking skills down into tiny parts and repeating, the strenuous student forces the brain to internalize a better pattern of performance.
通过慢动作地训练，将技术动作分解为细微的部分并不断重复，吃苦耐劳的学员迫使大脑将更好的动作模式变成了内在本性。
This section looks at a more advanced pattern where volatile might offer a performance or scalability benefit.
这一节将介绍一种更加高级的模式，在该模式中，volatile将提供性能或可伸缩性优势。
In this paper, we will illustrate how to optimize the performance of an application by leveraging the write-behind pattern with examples using IBM WebSphere eXtreme Scale.
本文将使用IBMWebSphereeXtreme Scale演示如何利用write- behind模式优化应用程序的性能。
When the Service Locator pattern was first developed for J2EE 1.2, caching resource references was a good idea because JNDI lookups were often slow and hurt performance.
当首次使用ServiceLocator模式开发J2EE 1.2应用程序时，因为JNDI查找时常降低甚至有损于执行性能，所以缓存资源引用在当时是一个很好的主意。
These solutions frequently process a high volume of events and have requirements for performance that suggest a specific architectural pattern for Business event Processing (BEP) solutions.
这些解决方案经常会处理大量的事件，并且对于性能有一定的要求，这会给出一个关于BusinessEventProcessing (BEP)解决方案的具体的体系架构模式建议。
Since you are interested in providing read access to the aggregated business performance, you need the User Information access application pattern (see Resources).
只要您对聚集的业务过程的读取访问感兴趣，就需要用户信息访问应用程序模式(详见参考资料)。
This pattern can improve query performance by allowing applications to more quickly retrieve data from a data store.
这种模式可以提高查询性能，让应用程序更快速地从存储中检索数据。
This pattern can improve performance and also helps to maintain consistency between data held in the cache and the data in the underlying data store.
这种模式可以提高性能，也有助于保持在缓存中的数据之间的一致性和底层数据存储的数据。
The divide-and-conquer pattern is critical for high performance.
分治 (divide-and-conquer)模式对于实现高性能来说是至关重要的。
Because I want to update database performance by request, I'll use a composite pattern to track statistics held by other statistics.
因为我想根据请求更新数据库的性能，所以我将采用compositepattern跟踪由其他统计值持有的统计值。
Network performance and use pattern are important for the applications.
网络性能及使用模式是影响网络应用的关键因素。
The distortion in pattern transferring process may influence functionality and performance of IC products and lower the production yield.
版图图像转移过程的失真，将影响产品的性能参数，直接降低了集成电路的成品率。
Designing reasonable tread pattern is one of the effective methods to decrease tire noise and mostly artifice of insuring cars and vehicles safety and operation performance.
设计合理的胎面花纹是使轮胎噪音下降的有效方法之一，是确保行车安全和性能主要手段。
The striping pattern nonuniformity of the infrared line scanner (IRLS) severely limits the system performance.
扫描型红外热像仪条纹状的非均匀性严重限制了系统性能。
Simulation results showed that the antenna array's directional pattern formed by this kind of fixed-point format LMS algorithm had high performance.
测试结果表明采用这种定点数制的算法所形成的天线阵方向图具有较好的性能。
Simulation results showed that the antenna array's directional pattern formed by this kind of fixed-point format LMS algorithm had high performance.
测试结果表明采用这种定点数制的算法所形成的天线阵方向图具有较好的性能。
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