而相对于CPU，图形处理器（GPU）有着更好的运算性能和带宽优势。
Relative to the CPU, Graphics Processor Unit (GPU) has a better computational performance and bandwidth advantages.
对于这种情况，请考虑使用其他可以更多地控制带宽、性能和可用性的解决方案。
In this situation, consider other solutions where you have more control over bandwidth, performance and availability.
首先介绍在判断基线性能时使用的两个重要概念：网络延时和网络带宽。
Let's first introduce two of the key concepts used in determining baseline performance: network latency and network bandwidth.
这会造成性能的下降：越来越多的时间和带宽花在了在集群中维护会话备份的一致性，而不是用来处理用户请求。
This causes degraded performance as increasing amounts of time and bandwidth are absorbed in maintaining consistency of session backups across the cluster rather than processing user requests.
首先，要提高Ajax应用程序性能，应该使用一些方法改善性能而不是优化带宽(例如XML内容过滤和xml加速)。
First, to speed up Ajax applications, you should address the means of improving performance other than bandwidth optimization (such as XML content filtering and XML acceleration capabilities).
该放大器采用有源电感负载技术和放大器直接耦合技术以提高增益，拓展带宽，降低功耗并保持了良好的噪声性能。
Active inductor loads and direct-coupled technology are employed to increase the gain, broaden the bandwidth, reduce the power dissipation, and keep a tolerable noise performance.
其结果是提高了网络性能和克服了带宽瓶颈。
The result is a boost in network performance and an unclogging of bandwidth bottlenecks.
在数字信号的基带传输过程中，信息传输速率和系统带宽是系统的两个重要性能指标。
Both system bandwidth and transmission speed of code are very important property parameters in the baseband transmission process for digital signals.
算法考虑了链路带宽、链路时延、路由跳数、服务器负载等因素，可以在一定程度上平衡网络负载和提高网络性能。
Considered the factors of link bandwidth, link delay, route hop and server load, the algorithm can balance network load and enhance the network performance to some extent.
在分析伪码和载波跟踪环性能的基础上，给出了跟踪环路的最优带宽。
Based on the performance of PN code and carrier tracking loop, an optimal loop bandwidth is presented.
带宽利用率和传输延迟是评价下一代网络性能的两个重要指标。
Bandwidth usage efficiency and transmission latency are two important issues to evaluate the performance of the next generation network.
最后比较了各开源vpn方案的操作复杂性、带宽利用和网络延迟，分析了方案的性能特点。
At last it compare the router's performance which involves scalability, bandwidth utilization and latency with other open source VPN solutions, and analyses the feature of the scheme.
由于受到译码复杂度的限制，理论上在功率和带宽性能上比t CM更先进的CPM技术，其最佳接收技术在实际应用中落后于tcm。
Beause of high decoding complexity, optimum receiving technology of CPM, though theoretically better than that of TCM in power and band efficiency, lags behind TCM technology in practical use.
频域差分检测的误码率性能同时受到信道相干时间和相干带宽变化的影响，并且相干带宽对频域差分检测的影响更大。
The BER performance of FDDD is affected by the channel coherent bandwidth and coherent time at the same time, and it is more sensitive to the change of channel coherent bandwidth.
WLAN和自组织网具有广泛的应用前景。但有限的频率带宽会导致系统间或者系统内的相互干扰，降低网络性能。
WLAN and Ad hoc networks are widely applied in different fields, but the limited frequency bandwidth will induce the inter-system and intra-system interference , and reduce the performance of network.
现代处理器性能以60%的年增长率飞速发展，相比之下，处于不同工艺下的DRAM的时滞和带宽的改进却分别只有7%和15～20%；
Modern processor performance increases at a rat of 60% per year, while the bandwidth of a DRAM chip increase by only 15%-20% per year, with latency improved by only 7%.
有关惯性速度辅助下的GPS接收机的带宽、跟踪和捕获性能在本文中作了分析。
Band width, Tracking and capture characteristic of GPS receiver aided by velocity signal Provided by inertial system are analyzed in this paper.
通过分析比特错误率和对比性能讨论了光学滤波带宽对接收信号质量的影响。
The effects of optical filter bandwidth on the received signal quality are discussed by analyzing bit error rate (BER) and contrast ratio performances.
利用主存速度和网络带宽、磁盘带宽之间的差异，在主存中实现缓存是提高并行文件系统性能的主要手段之一。
Making full use of the distance among the memory speed, network bandwidth, and disk bandwidth, building caches in the system is one of the major methods to enhance the file system performance.
在典型的组播网络系统模型基础上，对这两类协议以及一种主要的改进协议在占用网络带宽和可扩展性方面的性能特点进行了定性的分析和比较。
Qualitative analysis of these two basic protocols and a modified protocol is given to exhibit their characters in scalability and bandwidth usage on a typical multicast network model.
通过分析比较，该协议在差错恢复延时和带宽利用率方面有较好的性能。
This protocol has better performance in recovery delay and use ratio of bandwidth by analysis and comparison.
无线光码分多址(W -OCDMA)接入网中，数据链路层的媒质接入控制技术(MAC)至关重要，它直接影响网络的性能、带宽利用效率、终端设备的复杂度和成本。
In wireless optical code multiple access (W-OCDMA) network, Media access Control (MAC) is a key issue, which determines network performance, bandwidth efficiency, complexity and cost of terminal.
针对目前网络流媒体应用在网络带宽、服务器性能和节目来源等方面的局限性，给出相应的流技术解决方案。
According to the limitations of grid streaming media in network bandwidth, server capability and program sources, corresponding solutions are put forward.
PCI总线在数据带宽、功耗、抗干扰性、开放性等诸方面的优良性能使其得到了迅速的普及和广泛的应用。
Due to its excellent performance, such as bandwidth, power dissipation, noise immunity and opening property, PCI wins rapidly increasing popularization and extensive applications.
本文重点研究高性能计算机“高带宽、低延迟”互连系统技术，以支持高性能计算机系统计算能力和效率的更好发挥。
Some problems in realizing the "high bandwidth, low latency" of interconnection system are solved to increase the interconnection communication ability and efficiency.
因此，和台式电脑相比，移动平台GPUs具有更少的带宽、低下的ALU性能和纹理功能。
So compared to the desktop parts, mobile GPUs have way less bandwidth, low ALU performance and texturing power.
通过实验还证明实测性能难以达到理论预测值的两个主要原因：访存带宽有限和片上网络的资源竞争。
Experimental results also reveal two primary causes which make theoretical speedup hard to achieve: limited DRAM bandwidth and resource contention of on-chip network.
它们也具有有限的带宽(一个凭借在某些情况下，在其他一责任)和它们的性能可对附近的元件和地平面有些敏感。
They also have limited bandwidth (a virtue in some cases, a liability in others) and their performance can be somewhat sensitive to nearby components and ground planes.
在大时延和有限带宽的条件下，如何保证系统的稳定性和良好的操作性能是当前空间机器人遥操作研究中的瓶颈问题。
In the presence of large time delay and finite bandwidth, how to guarantee the stability and good performance is the bottleneck in the current research of space robot teleoperation.
在大时延和有限带宽的条件下，如何保证系统的稳定性和良好的操作性能是当前空间机器人遥操作研究中的瓶颈问题。
In the presence of large time delay and finite bandwidth, how to guarantee the stability and good performance is the bottleneck in the current research of space robot teleoperation.
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