sample controller
英 [ˈsɑːmpl kənˈtrəʊlə(r)]
美 [ˈsæmpl kənˈtroʊlər]
采【抽】样控制器
双语例句
- This information will help set the stage for the next installment of this series, which will describe the view component of the sample application and the class skeleton of the controller class.
这些信息为本系列的下一期奠定了基础，下一期将介绍样例应用程序的视图组件和控制器类的类框架。 - The sample client application constitutes the controller layer of the solution.
示例客户机应用程序构成解决方案的控制层。 - Submarine Sound Signal Communication and Anti-interference of Water Sample Controller
采水控制器中的水声通讯及抗干扰方法 - There are some functions as modify sample time or modify controller's parameters on line and display.
具有在线修改采样时间、控制算法、控制参数、图形显示功能。 - The algorithm will ensure that the sample mean square difference between the output of the adaptive controller and the output of the optimal controller converges to zero under the general assumptions.
在通常假设条件下使用这种算法，能使适应控制器和最优控制器的输出之差在样本均方意义下收敛到零。 - The sample industrial controller of PCC step-type hydraulic governor using this method is proved to be successful by practical operation in hydropower stations.
在此基础上，研究和开发了基于可编程计算机控制器（PCC）的步进式水轮机调速器工业样机并在电站运行中取得了圆满成功。 - This paper introduces the expression controller of3DMAX, then according to a detailed animation sample to explain how to make motions by the controller.
本文介绍了3DMAX的表达式控制器，通过一详细实例说明如何用之制作计算机动画。 - This paper discusses the designing sample of electronical water level controller and suggestes some helpful comments for developing the designing way about course of electronical technology.
本文通过对电子水位控制器设计思路的分析，论述了提高电子技术课程设计质量的一些设想。 - The peripheral controller consists of frequency detector, data sample controller, FIFO, LCD driver and the interface circuit between DSP and FPGA.
外围控制器囊括了硬件系统中几乎所有的数字电路，包括频率/周期测量、数据采集控制、FIFO、LCD驱动以及FPGA与DSP之间的接口电路等。 - This article introduces the status quo of linear stepping electric motor and research content of this topic, then discusses the development of linear stepping motor drive unit and general situation of the researched sample unit, furthermore supply the detailed introduction to DSP controller.
本文首先对直线电机的发展情况以及本课题的研究内容进行了介绍，然后讨论了直线步进电机驱动器的发展和本文所研究的样机的概况，接着对DSP控制器作了详细地介绍。 - And then, designed hardware circuit and software flow, realized a sample using TMS320F2812 DSP as kernel controller.
最后，设计了变换器的硬件电路和软件流程。实现了以TMS320F2812DSP芯片为控制核心的样机。 - The velocity or force error between preconcerted value and sample is e 'and it is taken as the input error of the typical Fuzzy controller.
系统中速度或扭矩设定值与采样值之间的差值作为典型模糊控制器的输入偏差e，e的变化率为e。 - In cascade control system, the sample rate of outer loop and inner loop are always different. So a single model predictive controller that could handle the multirate cascade control strategy in a straight forward manner is proposed.
根据串级系统外层和内层的不同采样周期关系，提出了一种不同的基于双速率系统的单控制器设计方法。 - Digital Radio Frequency Memory ( DRFM) is a kind of microwave signal storage system, which can sample and store an incident RF signal, and then reconstitute the signal upon command from the controller.
数字射频存储器（DRFM）是一种微波信号存储系统，它能够对输入的射频（RF）信号进行采样和存储，并根据控制指令进行信号重构。 - The input part of the text sample is input the neural network of the intelligent self-tuning PID controller based on BP network. Then the output is obtained.
把测试样本中的输入部分输入基于BP神经网络的智能自整定PID控制器的神经网络部分，得到输出。 - Through the combination of non-linear programming and numerical simulation, the sample data is obtained to initialize neural networks on-line controller.
利用非线性规划方法获得的通风设备运行状况和通风过程的动态数值模拟取得样本数据对神经网络在线控制器初始化； - The Theory of Sample Control and the Design of the Ring-Sample Controller
采样控制理论与巡回调节器的设计 - Fuzzy control rules table that was obtained from engineering practice is taken as training sample of fuzzy neural network. The result of simulation shows that the fuzzy neural network controller has generalization ability in error limit.
把工程实践中得出的模糊控制规则表作为训练模糊神经网络的样本，仿真结果表明该模糊神经网络控制器具有在误差限度范围内的泛化能力。 - The Designing Way About Course of Electronical Technology and the Designing Sample of Water Level Controller
电子技术课程设计与水位控制器设计 - Studied the structure singular value theory in the paper, and also discussed robust stability and robust performance in uncertain block system via structure singular value. As simulation sample applied its to a spacecraft controller, the result show efficiency of SSV algorithm.
研究了结构奇异值理论，讨论了存在不确定性块结构系统的鲁棒稳定性和鲁棒性能问题，并以某飞行控制器作为仿真算例说明了结构奇异值方法的优越性。 - Then, the structure, training sample coding method, learning algorithm and inference criteria of the proposed fuzzy neural controller are described in details.
接着对所提的模糊神经控制器的结构、训练样本编码方法、学习算法和推理准则作了详细的描述； - High-Speed Identification of the Object Model of A Sample Control System and High-Speed Optimization of the Controller Parameters
采样控制系统对象模型的快速辨识及其控制器参数的快速寻优 - To the nonlinear networked control systems ( NCS) in which network-induced delay is time-vary and less than one sample time, the stability and controller design method are discussed.
针对时变网络诱导时延小于一个采样周期的非线性时延网络控制系统，讨论系统的稳定性及控制器的设计方法。 - The real time control of spectrometers and sample stages and the acquisition of data of scalers are realized by communication between PC and the controller of electron probe through RS-232 port.
用PC机通过RS-232C异步串行口与电子探针控制机通讯，实现对各道波谱仪和样品台的实时控制，以及对各道定标器的数据采集。 - The braking motors and safety protection system was studied due to the system for vertical system. Forth, Finally experiment opening loop and closed loop be done on the sample motor and the controller.
由于系统为垂直提升系统，文中还对电机的制动及安全保护系统做了研究。（4）最后基于实验室自制样机和控制器做了开环及闭环试验。 - In each sample time, the model is linearized through the scheduling variable, and the linear predictive controller is computed.
在每个控制周期，通过调度变量当前值得到全局非线性模型的线性化模型，然后进行线性预测控制器的计算。 - According to the features of modular programming and multitasking of FPGA, this method realized sample pulse synchronization, sample values ( SV) receiving, SV processing, Ethernet controller driving, and SV transmitting in single chip FPGA.
根据FPGA的模块化编程和多任务处理的特点，该方法在单片FPGA内实现采样脉冲同步，数据采集，采样值处理，以及以太网控制芯片驱动和数据I帧发送。 - For under scheduling, by monitoring network-induced error, a scheduling method of changing sensor sample periods and to compensate sample data in controller is put forward.
对不可调度情况，提出使用网络监测得到网络传输误差，通过调整传感器的采样周期和在控制器进行数据包补偿的调度方法。