Open control platform (OCP) is an important software component of software enabled control (SEC).
开放式控制平台(ocp)是软件激活控制(sec)的一个主要软件组件。
A configurable debug controller was proposed to provide the controllability over the OCP transactions.
为实现事务级调试，提出基于OCP通信事务的可配置调试控制器。
OCP influenced strategic choice indirectly through decision makers 'interpretation of alternative options.
组织危机感通过影响决策者对决策选项的理解间接地作用于战略选择。
OCP manufactures and distributes Flat Flexible Cable (FFC) Assemblies for a variety of industries and applications.
OCP为各行业和各种应用生产和销售软性扁平电缆组件（FFC）。
The OCP of polymer flooding is numerically solved based on piecewise constant parameterization method and the proposed TNP method.
分别使用分段常数参数化方法和所提出的时间节点参数化方法求解聚合物驱最优控制问题。
At the output stage, the reason for introducing over-current-protection (OCP) and discontinuous inductor current mode (DICM) is shown.
在开关电源的输出级，分析了引入过流保护和非连续工作模式的原因。
The necessary conditions of the OCP for polymer flooding were deduced by using calculus of variations. Both continuous and discrete cases are studied.
利用变分法推导了连续与离散情形聚合物驱最优控制问题的必要条件。
A computation platform is built up for the OCP, which includes a 3-d numerical simulator, an optimal control solver and a few general algorithm packages.
建立了一个数值计算平台，实现了聚合物驱的三维数值模拟、最优控制问题求解以及一些通用的数值算法包。
At lower anodic potential and OCP, anodic dissolution is weak. The difference of dissolution between crack tip and other surfaces exist. These facts benefit the crack propagation.
阳极电位较弱以及开路电位下，阳极溶解较弱，裂尖和其他表面存在溶解性差异，这些因素有利于裂纹扩展。
Inhibitive effects of polyaniline (PANI) for the corrosion of mild steel were studied using visual observation, open circuit potential (OCP) and linear polarisation resistance (LPR).
使用外观观察、开路电位以及线性极化电阻等方法研究了聚苯胺对碳钢腐蚀的阻化作用。
Inhibitive effects of polyaniline (PANI) for the corrosion of mild steel were studied using visual observation, open circuit potential (OCP) and linear polarisation resistance (LPR).
使用外观观察、开路电位以及线性极化电阻等方法研究了聚苯胺对碳钢腐蚀的阻化作用。
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