资源列表
2D_MUSIC
- 2D_music 近场 基于TDOA UAL 均匀直线麦克风阵列 算法-Based on 2D-MUSIC Algorithm
Transfermatrxmethodthecharacteristicsofone-dimensi
- 传输矩阵法求一维光子晶体的特性，包括透射谱，反射谱-Transfer matrix method the characteristics of one-dimensional photonic crystal, including the transmission spectra, reflection spectra
Heatexchanger
- 这个程序是我做“化工过程综合与优化”课程设计时编写的。主要用于换热器设计的计算，含有注释。 -This code can be used to design the heat exchanger.
DEMO
- 利用MATLAB GUI做的三维数据自动绘图程序，安装运行库后可自动运行，实现从EXCEL读取数据并自动绘制三维曲面图的功能-Using three-dimensional data in MATLAB GUI to do automatic drawing program, after installation of runtime to run automatically read data from a EXCEL and automatically draw the three-dime
waveguideFDTD
- 基于FDTD算法，用MATLAB实现了波导色散特性的仿真研究-Based on the FDTD algorithm, implemented using MATLAB simulation of waveguide dispersion characteristics
PIDcontrolbasedonrepetitivecontrol
- 本资料给出了‘基于重复控制补偿的PID控制’的matlab仿真程序和相应的simulink仿真，以供大家学习和参考-This information gives matlab program of the PID control based on compensation of repetitive control,and alse gives the corresponding simulink simulation model for all to study .
jingdianDTC
- 异步电机直接转矩控制的simulink仿真图，能很好的体现直接转矩控制的原理及调速效果-Induction Motor Direct Torque Control of simulink simulation map, can well reflect the principle of direct torque control and speed effects
newmark
- 用matlab编写的newmark－belta法求解结构动力响应-Prepared using matlab newmark-belta method for structural dynamic response
sfft
- 此为，计算地震信号频谱的MATLAB程序，效果较好。可以看到不同道数的频谱-This is calculated seismic signal spectrum MATLAB program is better. Can see that the number of different spectrum Road
radar_signal_waveform_matlab
- matlab：距离方程、线性调频、雷达波形、动目标显示、脉冲压缩、编码波形、伪随机序列、SAR、RCS-matlab: from the equation, linear frequency modulation, radar waveform, moving target indication, pulse compression, encoding waveform, pseudo-random sequence, SAR, RCS
seismic
- 地震勘探中的各种方面的处理方法的MATLAB程序。-Seismic exploration in the treatment of various aspects of the MATLAB program.
PCMTITEST08
- 脉冲雷达测距的仿真算法,包括根据目标信息生成回波,添加噪声,在进行接收,信号处理计算出结果-Pulse radar ranging simulation algorithms, including information generated according to the target echo, adding noise, during the reception, signal processing, the results calculated