You can analyze system capacity via system load and CPU utilization.
可以通过系统加载和CPU利用率来分析系统容量。
The analysis in these chapters deals with system capacity and responsiveness.
这两章中的分析所涉及的是系统的性能和响应能力。
If additional load is expected, adding servers increases the system capacity.
如果预期会出现额外的负载，添加服务器可提高系统处理能力。
System Usage is typically considered the best single indicator of overall system capacity.
SystemUsage通常被认为是总体系统容量的最佳单一指标。
Clustering improves scalability by enabling you to increase system capacity by adding extra servers.
通过集群配置，还可以添加额外的服务器，增加系统容量，进而提高可伸缩性。
Possess modular structure, allow subscriber to upgrade system capacity.
积木结构，可满足用户日后系统扩容需求。
These requirements are system capacity, speed, reliability, adaptabilityetc.
系统容量、速度、可靠性、适应性等。
The ground air defense weapon system capacity adopts the AHP to modeling and analyzing.
地面防空武器系统能力采用层次分析法建模并进行分析。
Relayed transmission is an efficient method to improve the power efficiency and system capacity.
中继传输能够有效地提高系统功率效率以及传输容量。
Putting more steps between the user and the final page makes things slower and decreases system capacity.
在用户发出请求和获得最终页面之间的步骤越多，整个过程就越慢，系统容量就越低。
Supporting the same number of Concurrent users in these types of application will require larger system capacity.
在这些类型的应用程序中支持相同数量的Concurrent用户将需要更大的系统容量。
Currently, there are two key technologies for system capacity enlargement: performance optimization and cluster.
目前，系统扩容技术主要有两种：性能优化和集群。
To improve system capacity and performance, MIMO, OFDM and adaptive transmission technology are broadly researched.
为了提高系统容量和性能，人们对MIMO技术、OFDM技术以及自适应传输技术展开了广泛的研究。
Memory usage problems due to insufficient memory resources can be caused by configuration issues or system capacity issues.
由于内存资源不足而产生的内存使用问题可能是由于配置问题或系统容量问题所导致的。
Spreading code design and joint detection are two efficient ways to increase CDMA system capacity in multi-path fading channels.
在多径衰落信道CDMA系统中，扩频码设计与联合检测为提高系统容量的两个重要手段。
Radio Admission Control is the key technology to ensure the quality of multi-class service and improve system capacity efficiency.
呼叫接纳控制是保证各级业务服务质量和提高系统容量利用率的关键技术。
Future communication networks not only provide greater system capacity, but also ensure the needs of high-speed and wide coverage.
未来通信网络不仅需要提供更大的系统容量，也要保证高速率、广覆盖的需求。
Hierarchical cell structure is the effective method in the future mobile communication system, which can increase the system capacity.
在未来的移动通信系统中，分层小区结构是增大系统容量，满足用户不断增加的通信需求的有效手段。
It has been proved that iterative multiuser detection with decoding is a very effective way to increase system capacity in DS-CDMA systems.
在DS - CD ma系统中，联合译码的迭代多用户检测是克服多址干扰增加系统容量的有效方法。
Because of some new asymmetric services, the downlink is more likely to be the bottleneck of the system capacity in the WCDMA wireless networks.
在WCD MA无线网络中，由于新业务的非对称性，下行链路更有可能成为系统容量的瓶颈。
In spreading code design, MAI and ISI are removed by constructing spreading codes with zero correlation window, which increases system capacity.
在扩频码设计中，通过构造零相关窗码可以消除MAI和ISI，从而提高系统容量。
In addition, the impact of the shadowing, power control error and imperfect sectorization on the interference and system capacity are evaluated.
此外，该文还研究了阴影衰落、功率控制误差和非理想扇区天线这些实际因素对系统干扰与业务容量的影响。
In this paper, the analysis of ternary CDMA cellular mobile communication system capacity is based on coding theory and telephone traffic theory.
从编码理论和话务理论出发，分析了三值CD MA移动通信系统的系统容量。
At the same time, the number of parallel data stream supported by the system dynamically increases with the expansion of storage system capacity.
同时，随着存储系统容量的增加，该系统所能提供的并发流的数量也随之动态增加。
A far more important issue that needs to be addressed is the implication of losing 50% of your system capacity should one data center go out of service.
需要处理的一个更为重要的问题是，一个数据中心丧失服务功能的情况下丢失系统容量50%所带来的影响。
This paper discusses some critical rf planning problems of narrow-band CDMA, such as system capacity, link budget, PN offset and interference isolation.
本文对窄带CD MA系统无线规划的一些关键问题如系统容量、链路预算、PN偏置、干扰隔离等做了比较详细的讨论。
The future wireless communications system requires higher data transmission speed and better QoS, therefore the system capacity should be greatly improved.
未来无线通信系统需要更高的数据传输速率和更好的服务质量，因此需要系统容量大幅度提高。
With an enormous advantage of achieving high system capacity, MIMO technique has been one of the widely used techniques in future wireless communication systems.
MIMO技术在提高无线通信系统容量和可靠性上具有的巨大优势，使其成为未来移动通信普遍采用的技术之一。
The combination of MIMO and OFDM greatly increases the system capacity in the sense that OFDM and MIMO can respectively provide flat fading channel and spatial gain.
多天线和OFDM的结合极大地提高了系统容量，OFDM能为系统提供平坦衰落信道，而多天线则提供空间增益。
That method not only could reduce the system costs for synchronism, but also increases the system capacity and the quality of reception from MS, using smart antennas.
此方法不仅可以减少因同步要求带来的系统成本，还增加了系统容量，改善了基站对MS的接收质量。
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