搜索资源列表
pidvb
- 用vb编制的对水箱控制的pid程序，适合对pid有一定了解的人-With vb prepared for tank pid control procedures, suitable for people who have a certain understanding pid
GPC_single1sanshuixiang
- 针对山水箱模型 辨识GPC程序 运行结果能超过传统PID控制-three tank system gpc matlab program
Matlab--cascade-control-
- 这是一个比较简单的水箱水位串级控制的程序，供初学者学习。-This is a relatively simple tank level cascade control program for beginners to learn.
Tank-Simulation
- 水箱模拟的llb文件，可以模拟水箱的温度，水位，平均值等-Tank simulation llb file, you can simulate the temperature of the tank, water level, average, etc.
shuixiangshuiweimohukongzhi
- 水位水箱模糊控制，仿真效果好，可供模糊控制初学者学习。-Water tank fuzzy control, simulation results, and fuzzy control for beginners to learn.
hengwencao
- 基于ds18b20恒温水箱的设计,单片机编程实现水槽温度恒定，算法采用pid算法-Based on the design of the tank thermostat ds18b20
chap4_1
- 水箱液位模糊控制仿真程序 该程序分六步将水位的模糊控制过程仿真出来-Water level fuzzy control simulation program The program is divided into six steps to the water level fuzzy control process simulation out
tankmodel
- tankmodel 水箱模型，概念性水文模型模拟-tankmodel 水箱模型，概念性水文模型模拟，四层计算模拟，拟定参数
Fourth-order-runge-kutta-formula
- 四阶龙格库塔公式代码 控制水箱的程序，方便简单-Fourth-order Runge-Kutta formula code control tank program, convenient and simple
water-box
- 下位液水箱仪表法检测过程控制 这是一个好东西 -water box give you some good thing
chengxu
- 三容水箱模糊控制实验程序，智能控制程序，非常有用的，经过仿真调试好了的-Experimental three-tank fuzzy control procedures, intelligent control procedures, very useful, good debugging through simulation
water
- 自己做的双容水箱mcgs系统，还不错，各方面性能做了调整，在PID算法上有些变化-Do it yourself- tank mcgs system, but also good
shuixiangshuiweizidongkongzhi
- 水箱水位自动控制程序，实现水塔水位的自动控制-Tank water level automatic control program, to achieve automatic control tower water
double-tank-system
- 对双容水箱从机理建模到电路仿真，再到PID控制测试等一系列课程实习过程-Of double let water tank from the mechanism modeling to the circuit simulation, and then to the PID control test and a series of course practice process
H_infinity_Design
- 水箱系统的H无穷控制器设计,详细演示H无穷控制器的设计-Design H infinity controller design tank systems, a detailed demonstration H infinity Controller
water_auto_control
- 水箱水位自动控制系统,通过超声波对水位高度的检测，把数据传入到单片机中处理，得出当前水位，并根据当前水位的高低程度调控直流电机和步进电机转动实现水位的增加或减少，从而实现水位的自动控制。-the system of water auto control
step_test
- 水箱水位自动控制系统,通过超声波传感器测试到水位的值传入到单片机,单片机通过控制直流电机和步进电机从而达到调整水位的目的-Water tank water level automatic control system, through the ultrasonic sensor test to the value of water into the single chip microcomputer, microcomputer by controlling dc motor and stepp
water-level-control-of-Double-tank-
- 双容水箱的液位控制问题。首先对被控对象的模型进行分析，并采用实验建模法求取模型的传递函数。其次，设计PID控制器，在Matlab/Simulink环境下建立双容水箱控制的仿真模型，对PID控制算法进行仿真研究。通过仿真实验，证明该设计方法可行性和该算法的正确性。最后完成了基于PLC的双容水箱液位控制的软硬件设计，编写了PLC梯形图实现了水箱液位的PID控制。-Dual tank water level control problems. First, the controlled object
watertank
- 基于matlab的倒锥形水箱液面的模糊控制系统-Matlab fuzzy control system of an inverted conical tank level
dtank
- 基于神经网络的双容水箱的液面控制系统，用的是simulink仿真。-Level control system based on neural network-based dual-tank water