资源列表
Fuzzycontrol
- 模糊自整定PID控制系统设计与仿真 飞机俯仰姿态保持模糊PID控制 -Fuzzy self-tuning PID control system design and simulation aircraft pitch attitude to maintain Fuzzy PID Control
fractal_matlab
- 常用分形算法的mablab实现，包括递归算法、L系统算法、IFS迭代和逃逸时间算法-Fractal algorithm mablab commonly realized, including recursive algorithm, L system algorithm, IFS iteration and escape time algorithm
BESs
- BEST BATTERY DESIGN WITH GRID.... PSCAD DESIGN-BEST BATTERY DESIGN WITH GRID.... PSCAD DESIGN....
Untitled2
- matlab软件实现GPS时间序列数据的周期项提取功能。-matlab software GPS time series data extraction capabilities periodic terms
PMSMmohuPIDkongzhi
- 交流永磁同步电机模糊PID控制和单纯PID控制比较，突出模糊控制的 优点，可供学习模糊PID和电机的人参考。-AC permanent magnet synchronous motor PID control and fuzzy PID control relatively simple, highlighting the advantages of fuzzy control for learning and motor fuzzy PID Reference.
TRM_focusing
- 建立单频矩形脉冲信号,时间反转镜仿真,计算信号时反过后的能量增益-Establishment of single-frequency rectangular pulse signal, the time reversal mirror simulation, after calculating signal energy gain against
homework1
- 设计一个模拟信号（几个不同频率简谐信号之和，再加一个白噪声） 用不同的采样频率把信号离散（满足和不满足采样定理）， 画出信号波形； 分别作信号的谱分析（幅值）；对比采样频率的影响； 选用不同窗函数对同一个信号作谱分析，比较分析。-signal process using matlab
SPATIAL-SMOOTH-MUSIC
- 空间平滑多信号分类角度估计算法MATLAB实现-Multiple signal classification spatial smoothing angle estimation algorithm based on MATLAB realization
pi4qpsk
- this matlab program for pi/4 qpsk modulation-this is matlab program for pi/4 qpsk modulation
example
- matlab程序将传递函数通过Z变换使其离散化，然后再把得到的脉冲传递函数改写成差分方程。便于接下来一步的C程序编程。-matlab program will transfer function Z-transform them through discrete, then put the resulting pulse transfer function of a differential equation rewritten. Facilitate the next step of the
mani-isomap
- 流行学习isomap（有标注，便于更好理解等距映射方法在高维数据降维过程的实现）-Popular learning isomap (have annotations, facilitate better understanding isometric mapping method in the implementation of the high-dimensional data dimension reduction)
FEM
- 有限元法分析电磁场二维问题,中间是1V，外面是0V-Finite Element Analysis of Electromagnetic two-dimensional problem, the middle is 1V, the outside is 0V