Given "acceptable" response time for a set of operations, determine maximum transaction throughput a system can achieve.
已知一组操作的“可接受”响应时间，确定系统可以达到的最大事务吞吐量。
By extracting data and providing visual feedback such as graphics that depict server load or response time evolution developers become aware of what is actually going on in a running system.
通过获取数据和提供可视化的反馈，例如描述服务器负载或响应时间的图表，会逐渐影响开发人员开始关注运行中的系统的状况。
A loose principle that a user shouldn't need to wait more than 2 seconds for certain types of system response, such as application-switching and application launch time.
一个松散的原则，即用户没有必要对某些系统响应等待2秒以上的时间，比如应用程序转换和开始的响应时间。
But when there are 500 users in the system, an increase from 50,000 to 100,000 resources amounts to a 37% increase in response time; whereas, for 200 users, the increase is only 14%.
但是当系统中有500个用户时，资源从50,000增长到100,000会造成响应时间增长37%；而对于一个拥有200个用户的系统来说，响应时间只增长了14%。
This means that you can turn on port encryption without worrying about a performance impact for your users' response time when the overall system utilization is in the less than 60% range.
这意味着当总体系统利用率小于60%时，您可以启用端口加密，而不用担心在用户响应时间方面的性能影响。
Once the non-functional requirements of a system (load capacity, average response time, peak-load response time, and so on) have been met the application can be deployed and the customer is satisfied.
只要满足了非功能性需求(负载能力、平均响应时间、峰值响应时间等)，应用程序就可以部署，用户也会觉得满意。
During normal operating hours of a system, this can have considerable performance implications and slows down the response time of the system.
在系统正常操作时间段，这会显著影响性能，降低系统的响应速度。
A value should be chosen that tolerates client and DataPower system time mismatches plus network response delays.
应该选择能容忍客户端和DataPower系统时间不匹配和网络响应延迟的情况的值。
Throughput, coupled with response time and a model of your users' activity, can help you determine how many users your system can handle (load) within a given timeframe.
吞吐量，再加上响应时间和用户的活动模型，能够帮助您确定您的系统在给定的时间范围内可以处理(负担)多少用户。
Proper utilization of this pipe can have a profound effect on the response time, throughput, and reliability of the application and the system overall.
对这个管道的适当利用可以对应用程序以及整个系统的响应时间、吞吐率和可靠性产生重大的影响。
It is true that in most cases the response times required are fast, but speed is not what defines a real-time system.
在大多数情况下，实时系统的确需要很快的响应速度，但是仅有“速度”是不足以定义实时系统的。
A large amount of user information defined in a single LDAP server can cause the response time to increase and the overall system may slow down.
在单一ldap服务器中定义大量用户信息会导致响应时间增加，整个系统可能会变慢。
For example, suppose one of the requirements is that your system be able to support a million hits a second and a two-second response time.
比如，您的需求是您的系统支持每秒一百万次的点击和两秒以内的响应时间。
This enables the system to send requests about a number of packages all at once and check the response at a later time one by one.
这使得系统可以一次发送关于多个包的请求，并且在以后逐个检查响应。
In many cases, you can only find a solution by analyzing measurements of the system (such as response time or errors that might have occurred).
在很多情况下，您只能通过分析系统的度量(如响应时间或可能已经出现的错误)来查找解决方案。
The graph above represents, for system 704, a combination of the amount of the processor used evaluation and the probe response time evaluation.
上图表明，对于系统 7000，结合了处理器使用量评估和探针响应时间评估。
Operational method of use characterized by real-time, request-response based interaction with the MDM System; creation or update of customer information is a typical example.
运营方法的特征是以实时、请求-响应的方式与MDM系统交互；创建或更新客户信息就是一个典型的例子。
A system with poor transient response tends to blur these sounds over time, due to the speaker's inability to stop and start quickly enough to react to the signal accurately.
瞬态响应差的系统往往在时间上把这些声音弄的模糊不清，因为喇叭没有能力停止和开始得足够快来准确的重现这些信号。
A concurrent control algorithm based on time stamps and operation transposition is given to improve the response rate of users with lower speed in cooperative design system with centralized structure.
采用加时间戳和操作变换的方法，提出了一种适用于具有集中结构的协同设计系统的并行控制算法，改善了低速用户的响应率。
By this method, for a real excitation discrete signal or a simulating signal, the response time series of a non-linear system can be easily obtained based on the Z-transform technique.
通过这种方法能比较容易地获得非线性系统对于实激励离散信号或模拟信号的响应时间序列。
A method to treat stochastic dynamic equation of complicated structure by means of modal truncation method and to compute response statistics of dynamic system in the time domain is presented.
本文提出了用模态截断法处理复杂结构的随机振动方程、及时域上计算系统随机响应的方法。
Suppose that the measuring system is a linear and time invariant SISO system, the digital compensation filter in the form of infinite impulse response is in series with it.
滤波器采用无限冲激响应滤波器的形式，并以系统辨识的方法直接在时域进行设计。
The SHM process involves the observation of a system over time using periodically sampled dynamic response measurements from an array of sensors.
结构健康监测过程是通过传感器阵列周期采集动态响应数据来观察结构状态。
A method of time field analysis in continuous system is adopted to study the output characteristic and the frequency response of switch type capacitor filter.
为了研究开关式电容滤波器的输出特性和频率响应，采用了连续系统时域分析方法，建立了滤波器的输出特性模型和频率响应模型，并进行了仿真。
A control system is designed to control the behavior (the time response) of a plant subject to commands or disturbances.
控制系统设计就是使装置在有指令信号或者干扰时有满意的行为(时域响应)。
A model switching algorithm based on multi-model adaptive control is presented to solve the problem of poor transient response in the adaptive control of nonlinear time-varying system.
针对非线性时变系统在自适应控制过程中瞬态响应差的问题，提出了一种基于多模型自适应控制的模型切换算法。
Basing on traditional operator theory, operator madel for a circuit is established, and a new method for the solution of response of linear time invariance system is introduced.
在传统的算子理论基础上，建立了电路的算子模型，提出了求解线性非时变系统全响应的一种新方法。
Using the step response behavior of inertia process and the superposition theorem of linear system, this paper puts forward a fuzzy predictive model of dead-time processes.
利用惯性过程的阶跃响应特性和线性系统中的叠加原理，提出了纯滞后过程的模糊预估模型。
The test system has a good dynamic response, real-time display and intelligence, which can reveal the current waveforms in vector controlled induction-motor drive synchronously and precisely.
本测试系统的动态反应性、实时显示效果和智能性都良好，能同步准确的反映感应电机矢量控制的电流波形。
Time Delay Spectrometry (TDS) is a new measuring technique which can be used to measure the complex frequency response and the complex time domain response of the audio system.
时间延迟谱技术(TDS)是一项较新的测量技术，它可以用于测量电声系统的复频响应和复时域响应。
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