查询词典 throughput

This paper focused enterprises make certain to choose which type of technological transformation by analyze industry cluster degree, which technological life cycle technology in, and market saturation degree, and then, with cooperating between the imputed one and outputted one, succeed on transfer the obvious and latent information, made some factors like Human resources, organization and technological base recombine to impulse technological level and learning capacity expand forward, and then this will make enterprises technology ability develops by this way: the first step is striped-down only with throughput, and the second is technology absorptive capacity, and the highest is innovate undependably.

论文经过分析认为，企业通过分析原有技术能力所处阶段、技术势差、产业集中程度、技术所处生命周期和市场饱和程度来确定采用何种方式进行技术转移，通过供需双方的合作，成功转移所需的显性知识和隐性知识，使得企业技术能力中的人力资源、组织、技术基础等因素中某一因素大幅度提高或四因素均衡发展，重组整合，推动企业的技术水平和技术学习能力不断向更高层次发展，从而使得企业技术能力从拥有简单生产能力的仿制阶段过渡到技术同化阶段，并最终发展到自主创新阶段。

The optimal control problem was formulated as an undiscounted semi Markov decision process that maximizes the system throughput. Numerical examples of an actual FMS are presented, showing the optimal work routing policies when the system is reconfigured into two different config...

该系统最优控制问题被规划为无限期间系统平均输出为最大的准马尔科夫决策过程，并以实际的柔性制造系统为例，通过计算，给出系统重组后不同构成时的最优工件运送策略，使系统在运行过程中可获得最佳性能。

It will not only promote the IC development but also have a far-reaching impact on the whole information industry. Integration of chip and system is an unresistable tendancy. SOC technology includes three aspects: First, it is system design methodology. There should be a selection among different architectures so that the function and flexibility should be provided at reasonable expenses (such as area, power supply and throughput).

SOC技术主要包含了三个方面的内容：首先是系统设计方法，对一个复杂的高性能的SOC架构应该在不同的架构模块之间进行较好的平衡，以便以合理的代价(面积，功耗，输入输出率)提供所需的功能；如何在硬件和软件设计中取得平衡，获得最优的设计结果也是需要认真探讨的。

G. , q=50 . For the practical region of packet error probabilities, the throughput of unslotted system is slightly superior to that of slotted system.

数值结果表明，时槽系统的吞吐量与非时槽系统很接近，且在实用的分组错误概率范围内，非时槽系统的吞吐量略高一些。

Additionally, we found that the throughput of slotted FH—CDMA system is near that of unslotted system, althrough the number of frequency bins is not very large e.

通过比较，更正了人们长期以来认为时槽系统的性能优于非时槽系统的错误观点，指出在FH—CDMA系统中信道时间分槽并不能增加系统的吞吐量。

For finite number of frequency bins, the maximum throughput of synchronous system is about twofold to that of asynchronous system. It can be seen that the synchronous FH—CDMA system is related to slotted ALOHA system, and the asynchronous system is related to unslotted ALOHA system.

此外，还对ALOHA系统与FH—CDMA系统作了比较，得出：当要求分组错误概率较小时，FH—CDMA系统的吞吐量比ALOHA系统大得多；窄带系统中的时槽与FH—CDMA系统中的同步跳频相对应，而窄带系统中的非时槽则与FH—CDMA系统中的异步跳频相对应。

An analytical model for performance evaluation of unslotted spread spectrum ad hoc networks is presented by introducing a queuing system and a Markov chain. The model is used to derive packet success probability and expressions for calculating throughput and delay.

通过引入排队系统和马尔可夫链建模方法，建立非时隙扩频ad hoc网络理论分析模型，导出了数据分组成功传输概率，得到了系统吞吐量和时延性能表达式。

Previously, the throughput performance of the DS CDMA unslotted ALOHA system with variable number of fixed-length packets was analyzed by the M/M/1 queueing model, an approximation of M/D/inf model.

中文摘要先前，直接序列分码多工/非同步阿罗哈系统藉由近似M/D/inf的M/M/1排队模型就分析过以可变的固定长度封包数方式之生产效能。

Based on the draft, this paper simulates the MAC layer operations, and the system performance such as throughput and package delay is obtained. Some factors affecting the performance such as the headend service rule, the piggyback request ability and the request slot number are also discussed.

在此草案的基础上，通过编程仿真MAC层协议的操作过程，得到了系统的吞吐量和时延等性能指标的定量结果，并着重讨论了协议中的头端服务规则、携带申请能力和申请时隙数目等因素对系统性能的影响。

Combined with high sensitive detective method, such as laser-induced fluorescence, electrochemistry, chemiluminescence and mass spectrometry, microfluid chip and capillary electrophoresis is becoming one of important and useful tool in post-genome era including proteomics as the results of theirs high performance, high speed and high throughput.

在生命科学的研究中，以毛细管电泳、微流控芯片毛细管电泳为代表的高速、高效、高通量分离分析技术与以质谱、激光诱导荧光为代表的高灵敏度、高选择性检测技术的联用，已成为后基因组时代的主流技术，是最重要的研究工具之一。

They have quite a lot of work to do.

他们有许多工作要做。

Let us give you a more elaborate example of this process.

让我们给你这个过程的更多的详细例子。