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shuixiangshuiwen
- 1立方米水箱的水由25kW的电炉加热，要求水温可以在一定范围内由人工设定，并能在环境温度降低时实现自动调整，以保持设定的温度基本不变-1 cubic meter tank of water heated by a 25kW electric furnace, required a certain range of temperature can be set by hand, and the drop in ambient temperature automatically adjusted t
sxss
- 实用太阳能水箱上水装置，余水不足能自动补水或者手动上水，水满自动关停，也可手动关停。-Sheung Shui, practical solar water tank installation, I automatically get overtime pay or the lack of water manually Sheung Shui, and may automatically shut down, it can be manually shut down.
LM14_0610
- arm的水箱的自动控制（含图形显示）-arm water auto control
tank
- 实现了ACM国际竞赛试题“水箱问题”，同时具有图形界面-ACM International Competition questions realize " tank problem" , but also has a graphical interface
tank
- 水箱模型，可以计算任意行，任意列，任意孔数的水箱-tank
sdf
- 双容水箱实验报告(采用PID+模糊控制)-Two-tank test report (with PID+ Fuzzy control)
11
- 该电路由一片四双向模拟开关集成电路CD4066为核心构成。每个电路内部有四个独立的能控制数字或模拟信号传送的开关。当水箱无水时，由于180K电阻的作用，使四个开关的控制端为低电平，开关断开，LED 不发光。随着水位的增加, 由于水的导电特性，使得IC的13脚为高电平，S1接通，LED1点亮。当水位逐渐增加时，LED依次发光指示水位。水满时， LED4发光， 显示水满。同时T1导通， B发出报警声，提示水已满。不需要报警声时，断开开关K即可。 -The circuit consists of a
BP_PID
- 一个bp-pid混合控制水箱的仿真程序，bp用来在线修正PID的三个参数-Bp-pid hybrid control of a tank simulation program, bp-line amendment to the three parameters of PID
Fuzzy-control-of-water-tank
- 智能控制理论的课程设计实例，关于双容水箱的模糊控制，具有任务书和源代码。-Intelligent control theory curriculum design example, two-tank on the fuzzy control, with the mission statement and source code.
Dynamic-Matrix
- 利用动态矩阵控制算法对单容水箱的液位进行控制-Dynamic matrix control algorithm using a single tank liquid level control
Neurons-Control
- 利用单神经元控制算法，对单容水箱的液位进行控制。-Control algorithm using a single neuron, single tank liquid level control.
P
- 未校正三容水箱液位控制系统仿真 基于Matlab的控制系统仿真处理-Uncorrected three-tank water level control simulation control system simulation based on Matlab treatment
lesson-
- 单片机实现800立方米水箱控制系统，实现了报警和手动、自动切换功能。 -800 cubic meters of water tanks single chip control system to achieve the alarm and manual and automatic switching function.
BP-PID
- 针对双容水箱大滞后系统，采用PID方法去控制。首先对PID控制中各参数的作用进行分析，采用根轨迹校正、伯德图校正的方法，对系统进行校正。最后采用神经网络PID控制的方法-Large time delay for two-capacity water tank system, using PID method to control. First, the parameters of the PID control in the role of analysis using root locus c
calorifier
- 热水器的程序包括资料。本设计以AT89C51单片机为核心，可以使热水器在绝大部分时间内都处于“有热水”的状态。即自动加热、自动加水。当水位低于一定水位的时候，自动加水功能启动。当水温低于设定水温时，自动加热功能开启。此外本设计还可实时监视水箱内水温和水位。 -The program includes information on water heaters. The design of the AT89C51 microcontroller as the core design of a h
20099795323955
- 这是本人用组态王6.5做的水箱水位自动调节器，监控室-Kingview do with PID temperature control
cisten
- 蓄水问题，多个水箱蓄水，给出各个水箱的求其相对水位-Water problems, a number of water tanks, each tank given the relative level of demand
fuzzy-control
- 水箱水位调节，模糊控制，有word文档说明，在说明的基础上进行编程实现。-Tank water-level control, fuzzy control, there are word documents stated in the descr iption on the basis of programming.
SHUIXIANG
- 一个简单的二阶水箱控制系统，采用了先进的串级控制器，实现了水位的控制-A simple second-order water tank control system, using advanced cascade controller, to achieve a level of control