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temperature_control_by_fuzzy
- PID control based on the fuzzy self-tuning the temperature control system.pdf
vbvb
- 1. 实验目的 ⑴掌握有自平衡能力的热工对象的几种辨识方法 ⑵掌握掌握数值积分法在有自平衡能力的对象的辨识中的应用,加深对系统辨识的理解和应用。 2. 实验内容 用数值积分法辨识系统参数,结果表示形式为Ф(s)= ,即根据未知系统的输入输出数据求取n,k,T0。输入数据格式为二进制文件,输出为n,k,To具体数值及系统响应曲线。程序运行时画出未知系统的输入输出曲线与辨识得到的参数生成的输入输出曲线对比,就可以得到此种辨识方法的准确度。 -1. ⑴ grasp the pur
pscad
- 自建的一个基于PSCAD无功电流检测的有源滤波实验,效果很好-Self-built one based on the the PSCAD reactive current detection of active filtering experiments, the effect is very good
Singal_noisy_ratio
- 地震信噪比计算程序——基于自相关算法,适合自我开发改进学习和交流之用-Seismic signal-to-noise ratio calculation program- based on auto-correlation algorithm for self-development to improve learning and exchange with
Ricker_model
- 用褶积模型编写的地震合成记录,适用于自激自收情况,子波选用雷克子波-Convolution model prepared by synthetic seismic records for self-excited self closing conditions Ricker wavelets wave selection
read_segy1
- 此程序用fortran2003实现了对地震数据SEG-Y格式的读取。使用了fortran2003的一个新特性,流访问模式。 值得一提的是,在输出文件时,实现了自动化生成格式控制符。 程序存在的不足是,文件的字节大小得提前确定,不管用什么方式获取文件的大小都行,我用的方法是直接在windows下面通过查看sgy文件属性获得的。- This program read the Seismic SEG-Y data with Fortran 90 modified from C, se
pid
- plc(scl语言)带继电自整定的增量式PID-plc (scl language) with relay incremental self-tuning PID
forcast_SOM
- 自组织特征映射负荷预测程序,matlab程序,.m文件,带数据,很好用~-Self-organizing feature map load forecasting procedures, matlab program,. M file with data, good ~
self-definite-power-flow
- matlab自编潮流程序,包括潮流,最优潮流,连续潮流等-self definite power flow program, include power flow, optimal power flow, continuous power flow
Deconvolution
- 此程序为地震数据处理中的反褶积,用于提高纵向分辨率。此程序构建在简单褶积模型上,分为脉冲和预测反褶积两种,参数可自调。-This procedure for seismic data processing deconvolution, used to improve the vertical resolution. This program is built on a simple convolution model is divided into pulses and predictive d
Based_on_lyaponov_controller
- simulink im self-excited download
30节点系统最优潮流计算
- 30节点系统最优潮流计算,自编程序,可供最优潮流计算研究初学者提供系统分析;(30 node system optimal power flow calculation, self compiled procedures for optimal power flow calculation, beginners to provide system analysis;)
