The ODR can use its knowledge of response time goals and the relative availability of resources (CPU and memory) in different cluster members to perform dynamic workload management.
ODR可以使用它所掌握的响应时间目标和不同集群成员中相对可用的资源（CPU 和内存），动态管理工作负载。
If response time starts to slow down, the system can trigger Dynamic Placement — which means that more copies of the application will be started on servers that are currently underutilized.
如果响应时间开始减慢，系统将触发dynamic Placement(动态布置)——这意味着尚未被充分使用的应用程序更多副本将被启用。
However, AJAX still suffers from the limitations of the web’s request/response architecture which prevents servers from pushing real-time dynamic web data.
然而，AJAX仍然受限于web请求/响应架构的弱点，使得服务器不能推送实时动态的web数据。
The experiments show that the hot regions in the storage system are quite steady, and after the dynamic adjusting between devices, the average response time of virtual disks can be reduced by 23%.
实验结果表明，存储系统中的热点区域一般是比较稳定的，而实现了设备间的数据动态调整后，对虚拟盘的平均访问响应时间可缩短23%。
The paper states a dynamic temperature estimating method based on time constant of the response curve of thermocouple.
本文提出了一种基于热电偶响应曲线时间常数的动态温度估计方法。
The paper resolves the problem about time normalization of dynamic response, and applies Walsh transform method to sensor's dynamic modelling.
本文解决了动态响应时间归一化的问题，将沃尔什变换方法实用于传感器动态建模。
The theoretic and simulative results show that the pro-posed system can detect the steady and transient harmonics with shorter dynamic response time and better tracing performance of filter.
理论和仿真表明，系统可检测电路稳态和暂态谐波，且缩短了动态响应时间，改善了滤波器的跟踪性能。
By using seismic response spectrum and time history analysis method, the structure dynamic characteristics and deformation properties of the main building and connected structure were analyzed.
本文采用地震反应谱分析和时程分析方法，分析了主体和高位连接体结构的动力特性及结构变形特点。
This paper discusses the factors affecting the dynamic response time of MR dampers, investigates approaches to optimize response time.
本文分析了影响磁流变减振设备动态响应时间的各种因素，提出了优化响应时间的方法。
By using seismic response spectrum and time history analysis method, the structure dynamic characteristics and deformation properties of main - building and connected structure are analyzed.
本文采用地震反应谱分析和时程分析方法，分析了主体和高位连接体结构的动力特性，结构变形特点。
Natural vibration and dynamic response on time dependent structure are analyzed, the equations of natural vibration and dynamic response are set up.
研究了时变结构的自振特性和动力反应，建立了随机时变结构的自振和动力反应方程。
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。
As mentioned above, three parameter VFD model can characterize the viscoelasticity of solid propellant. Applied it to SRM dynamic analysis, time and frequency domain response can be calculated.
综上所述，三参数VFD模型能够很好的反映推进剂的粘弹特性，将它用于固体发动机动力学分析，可以得到药柱在时域和频域内的动态响应。
Finally, we find that dynamic schemes minimize the system's response time and improve the utilization of computing resources.
最后，发现动态作业调度策略减少了系统对外部作业的响应时间并提高了计算资源的利用率。
Transient dynamic analysis for the cutting part of shearer by finite element software ANSYS has been made, the law of vibration displacement is studied from the perspective of time response.
利用ANSYS有限元软件对采煤机截割部进行了瞬态动力学分析，从时间响应的角度研究振动位移规律。
The method can enhance the dynamic response time of the engine and inhibit the impact in the engagement process of the clutch.
该方法能够提高发动机的动态响应时间，并且抑制离合器接合过程中的冲 击。
Meanwhile, the dynamic response of the structure at each time step after the ice bumping against the structure can be calculated.
该方法的优点是能将冰对结构的碰撞及冰的破碎过程可视化，同时发生碰撞后结构在每一时间步的响应都可计算出来。
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。
The exhaust gas temperatures rise and variation during EUIII test cycle and its impact on the light-off time, ceramic temperature, dynamic response behavior and emission results were studied.
试验研究了摩托车在EUIII测试循环工况下的排气温度变化，以及对于两种氧传感器起燃时间、陶瓷体温度变化、动态响应特性和排放的影响。
A time domain model developed using experimental modal parameters to simulate tire and vehicle dynamic performance was used to develop the transient response equation for different lateral inputs.
在利用试验模态参数建立的轮胎侧向非稳态模型基础上，推导了用于计算不同侧向输入的时域瞬态响应公式。
Dynamic physical model makes dynamic and real time response to user operation in a visual physical way, and is the fusion of physical characteristics, geometric model and behaviour model.
动态物理模型以直观的物理方式动态、实时响应用户操作，具有物理特性与几何模型和行为模型相融合的特征。
To carry out the dynamic response prediction of a large structure subjected to a stochastic wind field in time domain, it is required to simulate time histories of wind loads or the wind field.
为在时域进行大型结构的气动弹性动力响应分析，必须首先模拟该结构所受到的气动荷载或所处自然风场的时间历程。
Dynamic response time is crucial parameter for thin-film thermocouples dynamic characteristics, it becomes attended vitally by researchers.
动态响应时间作为薄膜热电偶动态性能指标的关键参数，得到研究人员的广泛关注。
Then, an improved AR(1) model is proposed. Through this new model, the response time of a DNS server can be dynamic predicted using previous response time series.
同时，基于已有的AR（1）模型，提出了一种改进型AR（1）自回归模型，该模型能够利用历次服务器响应时间构成的时间序列，采用动态预测的方法来预测服务器响应时间。
The dynamic response analysis after structure goes into the damage stage is performed introducing the proposed method, characteristics time-varying analysis method.
研究了导管架式海洋平台结构在进入破坏阶段后的地震反应特性。
The acceleration time response graphs at desired positions were presented under three load conditions: the maximum dynamic pressure, before separation, after separation.
给出了最大动压、一二级分离前和分离后三种工况下卫星结构的加速度响应历程。
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。
The restoring force of the isolation system is studied, and the dynamic response program of the isolation system under earthquake excitation is drawn up in the time domain.
运用隔震理论建立结构隔震体系的动力模型和运动方程，着重考虑了隔震体系的恢复力特性，进行了隔震体系在时域内的地震反应程序设计。
Under the action of the different seismic waves, the analytic solution dynamic fluid pressure and seismic loads acting on the tank wall at the same time to carry out dynamic response analysis.
在不同地震波作用下，将动液压力解析解与地震荷载同时作用于储罐外墙，进行动力响应分析。
Under the action of the different seismic waves, the analytic solution dynamic fluid pressure and seismic loads acting on the tank wall at the same time to carry out dynamic response analysis.
在不同地震波作用下，将动液压力解析解与地震荷载同时作用于储罐外墙，进行动力响应分析。
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