使用JOPR，管理员可以用可视化的方式访问一些重要的运行时参数或统计数据，同时也可以得知这些参数和统计数据是否超标或过低。
With JOPR, administrators have access to graphical views of key run-time parameters or statistics and can also be notified if these exceed or go below certain limits.
将以和运行的产品本身相同的方式格式化的消息可视化，包括参数替代。
Visualizes the messages formatted in the same fashion as in the running product itself, including parameter substitution.
通过队列模型，不仅可以可视地对系统和各种参数加以表示(如超时和平均响应时间)，而且还能够了解其对系统的影响。
With queuing models, you both visually represent a system and vary parameters, such as timeouts and average response times, and understand their effects on a system.
这就是可视化参数创建的过程。
可视化地识别您的dbm和db配置参数发生的变化，无需跟踪这些变化。
Identify changes in your DBM and db configuration parameters visually so you don't need to keep track of those changes.
作者通过对柴油机性能参数的影响因素的分析，建立柴油机稳态性能预测的人工神经网络模型，并编写可视化程序。
Analyzing the influence factors of the performance of diesel engine, the author created a ANN model for predicting the steady state performance of diesel engine and wrote visual program.
利用ADAMS二次开发语言，设计了一个可视化界面，可对步兵战车的重要参数进行修改。
With the developing language of ADAMS software, it also designed the interface to modify the important parameters of infantry fighting vehicle.
按照参数化原则，建立了参数化的拱坝模型，利用可视化编程语言vb.net，实现了高拱坝体形优化决策系统的可视化设计。
Build the geometric model of arch dam according to the parameterization. Carry the visualization design of decision-making system out by using the visualization program VB. NET.
该系统可计算不工况下运行的带式输送机系统的动力学参数，并实现了动态参数的可视化。
This system can calculate the dynamics parameters of belt conveyer under different working conditions, and have realized the visualization of those parameters.
本系统以可视化界面提供给用户，界面友好简洁，参数意义明确，操作简单。
The system shows the users with visual interface, friendly and succinct form, definite meaning of parameter, easy operation.
用工程软件MATLAB5.3作为软件平台对系统数学模型进行可视化，以图象的方式分析了液膜阻尼器相关参数对减振效果的影响规律。
The mathematics model of system is expressed by the software named MATLAB5.3, the rule of correlate parameters that influences the effect of Liquid-Film Damper is analyzed visually.
瞬态仿真领域的许多工作需要获得可视化数据，也即需要将输出参数绘制成图形。
A lot of work in the area of transients simulation has shown how a simulator such as Pspice can be interfaced to an control analysis package such as Matlab to get visible data.
在dcl界面利用标准结构的三维实体模型实现图形库的可视化，原型图的参数化引入了特征参数。
In the DCL interface, graph data videotex has been realized by using standard three - dimension object model, stamp parameter has also been introduced.
提出了采用D - H参数表生成机器人三维虚拟模型的方法，实现了机器人的可视化。
The way to generate three-dimensional virtual models of robot manipulators from a D-H parameter table was proposed to realize the visualization of robot.
VB的可视化特性使整个设计过程简洁明了，连接的数据库可很方便地查找计算所需要的参数。
The whole designing process is very clear and concise with the visual characteristic of VB. The needed parameter for computation can be easily found out by using the linking database.
虚拟样机技术的核心是参数化、可视化设计和综合性能分析。
The core of virtual prototyping is three dimensions design and integrated analysis of performance.
研究结果表明，逆传递函数矩阵可视为正规矩阵，且动力学参数的摄动不影响其正规性。
The results show that the inverse transfer function matrix is a normal matrix, and this fact is independent of the spacecraft dynamical parameters.
PC机主要负责有关参数设定、刀具半径补偿的离线运算、被加工工件图形的可视化以及实现本地控制等功能。
PC sets the parameters, executes the milling cutter radius compensation, draws the graphics of the work-piece machined and realizes local control.
目标参数指定作为可视化工具目标的类型。
The target parameters specify the type that is the target of the visualizer.
隐式曲面与参数曲面相比在创建、修改、可视化方面需要不同的技术，并且具有不同的性质及应用领域。
Implicit surfaces are different from parametric surfaces in creation, modification and visualization, and have different properties and applications.
直观的用户界面和实时声音可视化，易于设置和调整录音参数。
Intuitive user interface and sound visualization in real time make easy setting and adjusting of recording parameters.
该仿真系统可以根据不同的参数设置，合成不同的整车模型，并进行仿真和校验，实现汽车动态模拟驾驶的可视化视景仿真，用来模拟汽车运动情况。
This simulation system can be used to verify models and integrate to a whole vehicle to simulate vehicle's running condition according to different settings.
该仿真系统可以根据不同的参数设置，合成不同的整车模型，并进行仿真和校验，实现汽车动态模拟驾驶的可视化视景仿真，用来模拟汽车运动情况。
This simulation system can be used to verify models and integrate to a whole vehicle to simulate vehicle's running condition according to different settings.
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