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hysdel-2.0.5-source.tar
- 由matlab开发的hybrid系统的描述语言,用于系统的建模、仿真、最优控制等。-from Matlab development of the hybrid system descr iption language for the modeling, simulation, Optimal control.
AJAXDatePicker
- AJAX Date Picker is a free ASP.NET 2.0 calendar control that utilizes AJAX techniques to get data from the server without an entire page postback. You can specify the clickable dates on a given month as well as other days like holidays, etc. A great
SCRN02
- C和ASM混合屏幕开发,使用C和ASM交叉编译环境。可实现字符输入、游标控制、颜色控制等功能。-C and ASM hybrid screen development, use C and ASM cross-compiler environment. Characters can achieve input, cursor control, color control capabilities.
DSP和PBL3717A构成的步进电机的控制系统
- 介绍由美国TI公司的数字信号处理器TMS320LF2407A和SGS公司的步进电机驱动芯片PBL3717A构成的两相混合式步进电机的控制系统。-introduced by the United States TI's digital signal processor and SGS TMS320LF2407A the stepper motor drive chip Built constitute the two-phase hybrid stepping motor control
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- VB制作的四则混合计算控件代码,ACTIVEX控件-VB produced four hybrid calculation control code, ACTIVEX controls
DynamicControfAPU
- 串联式混合动力辅助动力单元动态控制研究。值得参考-Series Hybrid power-assisted dynamic power control unit. It is also useful
L298NMotorDriverIntegratedData
- 步进电机是数字控制电机,它将脉冲信号转变成角位移,即给一个脉冲信号,步进电机就转动一个角度,因此非常适合于单片机控制。步进电机可分为反应式步进电机、永磁式步进电机和混合式步进电机。 步进电机区别于其他控制电机的最大特点是,它是通过输入脉冲信号来进行控制的,即电机的总转动角度由输入脉冲数决定,而电机的转速由脉冲信号频率决定-Digital control of stepper motor motor, it will pulse signal into angular displacement
FrequencySpectrum
- 基于ep1c6q240c8 fpga 及msp430fg4618混合控制器的频谱分析仪控制代码-Based on ep1c6q240c8 fpga and msp430fg4618 Hybrid Controller spectrum analyzer control code
MD556_200971311523077017
- 非常流行的某公司步进电机驱动器使用说明书,可单片机编程开发人员学习如何控制二相混合式步进电机.-Very popular in a company using the manual stepper motor drive can be programmed MCU developers to learn how to control the two-phase hybrid stepper motor.
FuzzyLogicControlforParallelHybridVehicles
- Fuzzy Logic Control for Parallel Hybrid Vehicles很好的国外汽车设计资料-Fuzzy Logic Control for Parallel Hybrid Vehicles
IPMSG2007
- 飞鸽传书2010最新版.支持内、外网、混合网络互通的多媒体飞鸽系列软件,具备表情、截图、语音、视频、远程控制多媒体通讯功能,绿色软件即装即用,内联飞鸽传书,-Flying Pigeon 2010, the latest version of pass books. Support inside and outside the network, hybrid network of interoperable multimedia Flying Pigeon series of software,
PID-GAs
- PID控制算法和遗传算法混合编程,算出最优解,智能控制部分-PID control algorithm and genetic algorithm hybrid programming, calculate the optimum solution, part of intelligent control
embededC
- 讲述了嵌入式编程的流程及规范,嵌入式处理器的寻址定时中断等,嵌入式C中的数据类型,修饰符,控制表达式,函数库,混合编程等-Describes the process and the norms embedded programming, embedded processors addressing timer interrupt, etc., embedded C, data type, modifier, control the expression, function libraries,
FCM
- 基于混合策略的演化模糊C均值算法,适用于控制系统的。-Hybrid Strategy Based on Fuzzy C means algorithm evolution for control systems.
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- 混合动力车用汽油机电控节气门系统的开发研究-Hybrid Gasoline Electric Control Throttle System Development
H2h无穷混合控制
- H2 h无穷 混合控制H2 用两种方法控制系统 求出系统最优值(H2 H infinite hybrid control)
Hybrid-PIFuzzy-Controller
- direct torque control of 3 phase induction motor
混合动力履带推土机整车控制策略仿真研究
- 1针对国内外混合动力技术研究现状, 对混合动力履带推土机传动系统进行分析 选型, 确定其为双侧电动机独立驱动结构,并对推土机在直线、 转向和正常铲土作业时 的受力进行分析。 2. 提出超级电容式混合动力履带推土机整车控制策略,并且根据实际工况包括空 载直驶、转向、原地中心转向、 铲土工作等工况,并画出详细的控制流程图,并进行分 析。(According to the research status of hybrid power technology at home and abroa
supervisory-control-fault-diagnosis
- 基于模型的设计课程是一系列自定进度的学习模块, 旨在培养混合动力电动汽车背景下基于模型的设计的基本理解。在本课程中, 基于模型的设计被定义为在复杂系统 (如车辆动力总成) 中开发物理系统和控制器数学模型的方法。本课程的目的是通过开发基本模型来建立对复杂系统的理解, 这些模型可以修改, 以纳入更复杂的行为。监控与故障诊断是该系列的第三门课程。介绍了推进转矩控制和发电机控制模型的应用, 介绍了电池充电状态调节的监控, 并讨论了故障诊断方法。(The Model-Based Design Curric
阻抗控制10N
- 双连杆机械臂阻抗控制仿真,完成力位置混合控制仿真,期望轨迹为圆(The impedance control simulation of the double link manipulator completes the hybrid control simulation of the force and position, and the expected trajectory is a circle)