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模糊控制
- 这是一个锅炉水位系统模糊控制的实例，里面详细说明了模糊控制的步骤，程序使用matlab编写的，使用前先看程序使用说明：）-This is an example of fuzzy control of reboilers water level. There are detailed information of fuzzy control steps. The program was developed by Matlab. Read attaced information before you
Watertank
- 三容水箱的模糊控制设计，连接pc2006数据卡，运用模糊控制和自适应控制水位，利用vc＋＋编写界面。-three-tank design of fuzzy control, connectivity pc2006 data card, fuzzy control and adaptive control of the water level, using vc + + interface.
ripingjunzhi
- 可求解水利计算中日平均水位和日平均流量,本程序采用的是面积包围法.-can solve water daily average calculation of the average water level and flow, the procedure was used in an area surrounded by law.
MATLAB_guolu.rar
- 本文应用模糊控制技术,设计了一种二输入三输出模糊自整定PID控制器,对锅炉汽包水位进行控制,实现了PID参数的自适应调节。利用MATLAB对控制系统进行仿真。结果表明,该控制器自整定能力及鲁棒性比传统PID控制器更强,响应速度快、精度高,同时对虚假水位有较好的控制效果。matlab实践研究。,In this paper, fuzzy control technology, the design of a two input and three output fuzzy self-tuning P
ffsd
- 水库库容-水位关系曲线是水库调度、水资源优化的基础，本程序实现其多项式拟合-Reservoir storage capacity- the water level curve is the relationship between reservoir operation, water resources to optimize the basis, the procedures to achieve its polynomial fitting
QZsta2
- 水文资料分析中统计某保证率下设计水位的程序-Statistical analysis of hydrological data of a guaranteed rate of the procedure under the design water level
matlab
- MATLAB锅炉水位控制程序您的文件包然-Boiler water level control
fuzzy
- 用模糊控制方式控制锅炉水位，用模糊控制方式控制锅炉水位-Using fuzzy control of boiler water level control with fuzzy control of boiler water level control
sanchongliang
- 三冲量控制锅炉水位，三冲量控制锅炉水位三冲量控制锅炉水位-Three-impulse control of boiler water level, the three boilers impulse control impulse control three-level boiler water level
bit_power_allocation
- ：该文研究OFDM 系统在总功率和误比特率限定下最大化传输速率的问题，并且考虑实际系统中整数比特的限制， 提出基于灌水法则的两种比特分配算法——改进贪婪算法和对分灌水线搜索法-The maximization of data rate under the constraint of total transmit power and bit error rate is a considerable issue in OFDM system. Recognizing that the num
BHR
- 该程序可用于对河床断面进行概化，在输入断面起点距、高程及水位后，就可以得到河床的平均河底高程、河宽以及水深等结果。-The program can be used to estimate cross-section of the river.After you input the distance, elevation and water level of the section, you can get the average river bed height, width and depth
River_Interpolate
- 河段线性插值计算程序。主要用于对原来间距不等的断面进行线性插值，得到新的河宽、高程及水位。该插值程序可以很方便的嵌入其他相关的fortran程序中，一般在差分法中比较常见。-Linear interpolation program sections. Mainly used in the original cross-section spacing, ranging from linear interpolation, the new width, height and water level.
shuiweikongzhi
- 控制器基于matlab设计的，用于实验室的水位控制系统-Controller is based on matlab designed water level control system for laboratory
draw_round
- drawing round object on matlab simulation environment and tank water level stabulator.
Neural_PID_control_of_two-tank_water_level_control
- 神经PID控制在双容水箱液位控制的实验研究-Neural PID control of two-tank water level control in the experimental study
FuzzyPressure
- Example of using fuzzy logic to control water level in bottle.
PID_danhuilu
- 文档中的matlab源代码主要是针对单回路液位控制系统的PID控制实现，内有simulink原理图-Matlab source code in the document is mainly for single-loop PID control of water level control system to achieve, within the simulink diagram
Two-tank-water-level-fuzzy-pid
- 针对双容水箱液位会受到外界环境干扰和内部摄动的影响，导致水箱液位出现较大波动等问题，提出将模糊控制技术与PID控制相结合的自适应水箱液位控制方法，设计出自适应模糊PID控制器。-Aiming at the problem that the level of the double-tank is affected by the disturbance of the external environment and the internal perturbation, the water level
Water Tower
- 数学建模水塔问题。美国某州的各个用水管理机构要求各社区提供以每小时多少加仑计的用水量及每天的总用水量。许多社区没有测量流入或流出当地水塔的装置，他们只能代之以每小时测量水塔中的水量，其精度在0.5%以内，更重要的是，当水塔中的水位下降到某个最低水位L时，水泵就启动向水塔水直到最高水位H，而且不能测量水泵的供水量。因此，当水泵正在供水时不容易建立水位与用水量之间的关系，水泵每天供水一至两次，每次约两小时。 请估计任何时刻（包括水泵正在供水的时候）从水塔流出的水量f(t)及一天的总用水量。(Wate
water
- 水箱液位的模糊控制，带simulink仿真图，有示波器图像，双击simulink中的fuzzy模块输入water.fis即可运行(The fuzzy control of the water level of the water tank, with the Simulink simulation chart, the oscilloscope image, double click the fuzzy module in the Simulink to enter the water.fis)