要完全控制配置，可以在模式中指定一些配置值并在参数上使用“锁”来防止修改。
You can completely control the configuration by specifying the configuration values in the pattern and using the "lock" on the parameters to prevent modification.
可以使用控制机为平台指定一个模式，并为平台中的每个组件机指定部件类型，为部件参数提供所有需要的值。
The control machine is used to specify a pattern for the platform, assign a part type to each component machine in the platform, and supply all of the required values for part parameters.
模式作者可以尝试对部署进行不同程度的控制，选择锁定部署时间参数，确保为每种部署使用固定的值。
Pattern authors can exercise varying degrees of control over deployment by choosing to lock deployment time parameters, ensuring fixed values for every deployment.
在此视图中，可以通过拖拽控制模型并且参数化模式实例。
In this view, models can be manipulated and pattern instances be parameterized via drag-and-drop.
通过建模、仿真及现场试验，提出了机组并联于大电网工况下的调速器PID参数整定范围和应有的机组功率控制模式。
On the basis of modeling, simulation and field test, proposed are the PID parameter setting range of the governor under the large grid operating condition, and the power control mode of the unit.
对双重控制模式的特点、工作原理、临床应用上的优势及参数设置逐一进行分析、比较。
Characteristics, work principle, the advantage on the clinical application and parameters of the dual control mode are analyzed in the paper.
本文介绍一种基于二级分布式计算机控制模式的液压工程参数计算机辅助在线监测系统。
A hydraulic parameters computer aided on line monitor and test system which based on two stage distributed computer control mode is introduced.
研究了控制升华模式和周期模式工作的参数。
Parameters that affect sublimation mode and cyclic mode are studied.
在分析集成系统产生和特征的基础之上，研究了集成系统的行为模式，集成系统建立时的控制参数以及运行中的管理。
Based on the foundation and characteristics of integrated system, its behavior patterns, control parameters and the operational management are studied.
从开关模式电源电路中固有的混沌现象出发，提出了应用组合参数控制改变电路工作状态降低电磁干扰水平的思路。
On the base of chaos inherent in the switched-mode power supply the idea is present to uses controlling parameters to change the state of the circuit to reduce EMI level.
将遗传算法应用于高功率微波模式的反演识别，并对适应度函数、控制参数作了分析。
The genetic algorithms are used for high power microwave model inversion recognition, at the same time, the paper analyze the sufficiency function and the controlled variable.
提出在基于本地测量参数的UPFC的应用级控制中采用“无功电流控制”和“电压注入控制”的模式。
In view of local measurements on implication and control of UPFC, the control mode of reactive currents control and voltage injection should be used.
系统参数，运行模式及过程曲线等可在控制器上直接显示。
System parameters, operation modes and process curves can be directly displayed on the controller.
每个单相电路采用一片平均电流模式控制芯片uc 3854 B作为控制核心，电路简单，参数设计方便。
A average circuit mode control chip UC3854B is used to control each phase, thus the circuit and parameters are easy to design.
工艺控制论的模式：解析数学模型，分层递阶智能控制结构，计算机仿真实验和模型参数自适应。
The models of technological control theory included: analytical mathematical model, multilevel intelligent control, and simulation experiment on computer and self-adaptation for model parameter.
统一测控体制下的航天遥控遥测系统能够根据不同控制目标对参数和工作模式的不同要求，完成相应的测控任务。
Special task can be performed by aerospace telecontrol and telemetry system according to special demand from different targets for parameters and work modes.
在模型构造中，采用小波概率神经网络进行控制图的模式识别和控制图异常模式的参数估计。
In the modeling of the structure, the wavelet probabilistic neural network was used to recognize the control chart patterns and estimate the abnormal patterns parameters.
为制定合理的控制策略，须对实测板形进行模式识别，并以约定的参数定量地提供给下一控制环节。
The real shape must be recognized to establish rational control strategy and the recognition results must be quantificationally provided to the next control link with promissory parameters.
采用面向对象思想对典型结构件进行分析，并基于参数化造型方法和模型视图控制设计模式，实现典型结构件库的设计与开发；
Object oriented method is applied to analyze and describe the typical parts, parametric modeling and model-view-control (MVC) design mode are used to realize the database design and development.
在未知控制对象精确参数及数学模型的情况下，提出了超声波电机的模糊-PI双模速度控制策略，系统根据工作状况随时调整控制模式。
On above mentioned condition, a fuzzy-PI dual-mode adaptive speed control scheme is proposed, in which the control mode is selected momentarily according to the working condition.
针对潮流控制确定了FACTS的控制参数和调节模式，对几种FACTS装置的等效注入功率模型进行了详细推导。
The control parameters and regulation pattern is set up according to the power flow control problem. A detail derivation is made on the equivalent injection power equation of several FACTS devices.
用理论模拟的方法分析了各环境参数和控制条件对减压冷藏过程的影响，重点对不同压力、运行模式、表面状况以及三种基本形状的食品进行了研究。
The theoretical simulation was used to analyze the influence of pressure, different operation, wet surface and three kinds of shape to the cooling of food.
基于该模式给出简化的确定型微粒群反馈控制系统参数优化的近似计算方法，并扩展应用于具有随机变量的微粒群系统；
Second, grounded on SADP, parameter dynamic optimization and computation are studied in detail for a deterministic PSO feedback system and a stochastic PSO system, respectively.
其细分规则基于张量积曲面细分模式的几何意义，不仅可以生成旋转曲面等特殊曲面，而且可以根据参数来控制细分曲面的形状。
The subdivision rules based on the geometric interpretation of the tensor product scheme, and it can reproduce the surfaces of revolution.
其细分规则基于张量积曲面细分模式的几何意义，不仅可以生成旋转曲面等特殊曲面，而且可以根据参数来控制细分曲面的形状。
The subdivision rules based on the geometric interpretation of the tensor product scheme, and it can reproduce the surfaces of revolution.
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