In CIMS, the cell controller plays an important role.
单元控制器是CIMS的重要组成部分。
The characteristics of cell controller in agile manufacturing is illustrated.
分析了敏捷制造生产模式下单元控制器的特点。
BP is used as model identifier, and its input channel is controlled single nerve cell controller.
bp作模型辨识器，用单神经元控制器控制输入通道。
The agility of manufacturing cell can be achieved by adopting reconfigurable equipment and cell controller.
采用可重配置的设备和单元控制系统，可以使制造单元具有敏捷性。
Based on object oriented and function components, the software architecture of open cell controller is built.
基于面向对象和功能组件，建立了开放式单元控制器的软件体系结构。
The functions on cell controller in FMS are analyzed. The cooperative step controlling architecture of FMS is presented.
分析了柔性制造系统开放式单元控制器的功能，提出了FMS的协同递阶控制结构。
In this paper, a self adapting nerve cell controller based on auto regulating system of density of heavy medium of coal preparation plant is designed.
文章针对选煤厂重介质密度的自动调节系统设计了一种自适应神经元控制器。
Using object oriented method the manufacturing system is abstracted and generalized, the function model and data model of the cell controller are established.
运用面向对象的分析方法，对制造系统进行了抽象和概括，建立了单元控制器的功能模型和数据模型。
A modified hierarchical control architecture of the cell controller is proposed, a software development platform for the cell controller based on CORBA is built.
提出了单元控制器的自适应递阶式控制结构，建立了基于CORBA的单元控制器软件开发平台。
The new modularized-framework design of controller can not only meet the demand of MES cell controller, but also improve efficiency of development of hardware and software.
新的控制器构架采用模块化设计，不仅满足MES对单元控制器的要求，还使软硬件设计简洁、清晰，可靠性和可维护性提高。
The production schedule system in cell controller for FMC proposed by authors consists of decision-making plan of front-end processing, dynamic real-time dispatching and the controls.
作者提出FMC单元控制器的生产调度系统由前置处理决策计划和实时动态调度与控制两部分组成。
In particular, the Cell processor includes an interrupt controller and an IOMMU implementation, both of which are incompatible with those supported by older kernel versions.
具体来说，Cell处理器包括一个中断控制器和一个IOMMU的实现，它们与早期的内核版本的支持都是不兼容的。
The controller is applied to realize the control of pre-baked aluminium electrolytic cell temperature.
利用该控制器实现对预焙铝电解槽的温度控制。
Based on virtual instrument development workbench, simulation and real time control system for fuel cell powertrian was developed and a model based controller development platform was constructed.
基于虚拟仪器环境开发了燃料电池混合动力仿真与实时控制系统，建立了基于模型的控制器开发平台。
Constructed here is a dynamic mathematic model of fuel cell vehicle powertrain which is composed of fuel cell engine, DC motor and its controller and power battery.
建立了包括燃料电池发动机、电机及其控制器、动力蓄电池组在内的燃料电池轿车动力系统的动态数学模型。
This paper introduces basic principle and V-I character of solar energy cell and provides a set of circuit of 24V/5A solar energy controller.
文章介绍了太阳能电池的基本原理和伏安特性，提供了一套小24V/5A太阳能控制器的电路。
The computer control system scheme of Aluminum electrolytic cell based on CAN bus and Fuzzy controller based on chaos optimization are designed.
设计了基于CAN总线的预焙铝电解槽计算机控制系统的总体方案及基于混沌优化的电解质温度模糊控制器。
When DRNN predicts that the number of cells in buffer exceeds the threshold limit in the next time cycle, a control signal is generated by the controller to throttle arrival cell rate.
当DRNN预测下一时刻缓冲区中的信元数超过阈值时，控制器产生一个反馈控制信号减小信源进入网络的信元速率以避免拥塞发生。
In this paper, a DSP-based power conditioner systems controller for fuel cell power plant is studied.
文章研究了基于DSP的燃料电池电站功率调节系统控制器。
An analog maximum power point tracking (MPPT) controller integrated circuit (IC) based on open-circuit voltage method was proposed to enhance the photovoltaic conversion efficiency of solar cell.
为提高光伏电池的光电转换效率，设计一种基于开路电压法的光伏电池最大功率点跟踪(MPPT)控制芯片。
Dual-electrode thin-layer electrochemical cell and bipotentiostat controller were constructed for liquid chromatography withelectroch emical detection.
设计和组装了用于液相色谱的双工作电极电化学检测的薄层流通池和双恒电位控制器。
This paper introduces the construction of control system in fuel cell electrical vehicle (FCEV). The functions of the vehicle controller are analyzed.
介绍了燃料电池电动车整车控制系统的组成，分析了整车控制器的作用，详细讨论了踏板及档位处理方法。
Construct dynamic mathematic model of the fuel cell vehicle powertrain which is composed of fuel cell engine, DC motor and its controller, as well as the power battery.
建立了包括燃料电池发动机、电机及其控制器、动力蓄电池组在内的燃料电池汽车动力系统的动态数学模型。
When error changes to a certain range, to achieve an accurate regulation of P0, a nerve cell PID controller was adopted.
当误差变化到一定范围内则采用神经元PID控制器对总压的精确调节。
This paper introduces solar energy cell′s basic principle and VI character, provides a set of circuit of small power simple solar energy controller.
介绍了太阳能电池的基本原理和伏安特性，提供了一套小功率简易太阳能控制器的电路。
All cell circuits such as analog multiplier, seeking small and sum, divider were implemented on 8 AN221E04s, and then an intact controller was assembled with the cell circuits.
在8块AN221E04芯片中实现模拟乘法器、求小求和以及除法等单元电路，由各单元电路组合成完整的控制器。
The error analysis of the implementing cell and the experiment result of the scanning mode prove that the miniaturized PAT servo controller is feasible and practical.
对执行部分的误差分析和扫描方式的实验结果验证了该小型化pat伺服控制器的可行性和实用性。
This paper introduces the composition?controller and its algorithm?parameter design and simulation test based on direct current timing system of single nerve cell.
介绍了基于单神经元控制的直流调速系统的结构组成，单神经元控制器及其学习算法设计，单神经元直流调速系统参数设计和微机仿真试验。
Based on the analysis of a normal PI model and the merits of the self-study and good adaptability of a linear nerve cell, a new PI controller model was put forward.
在对常规PI控制器模型分析的基础上，结合线性神经元自学习能力和适应能力强的优点，提出了一种线性神经元PI控制器模型。
Based on the analysis of a normal PI model and the merits of the self-study and good adaptability of a linear nerve cell, a new PI controller model was put forward.
在对常规PI控制器模型分析的基础上，结合线性神经元自学习能力和适应能力强的优点，提出了一种线性神经元PI控制器模型。
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