lvboqi

IT IS ALSO FACE RECOGNITION CODE

ABODEP Analog (continuous-time) Bode plot

永磁同步电机矢量控制系统离散建模与仿真文从永磁同步电机矢量控制原理出发。在MStlSb7。6／Slmullnk环境下建立了永磁同步电机调 速系统的离散仿真模型(Permanent magnet synchronous motor vector control system of discrete modeling and simulation to departure from the principle of permanent magnet synchronous motor vector control. Discrete simulation model of the permanent magnet synchronous motor speed control system in the environment of the MStlSb7. 6/Slmullnk)

用MATLAB编写的八木天线矩量法程序。(MATLAB prepared by the the Yagi antenna method of moments program.)

说明：  频域内的模态参数识别方法：加权最小二乘迭代法。该程序适合刚入门模态参数识别并使用matlab进行编程的人员学习交流。(Method for identifying modal parameters in frequency domain: weighted least squares iterative method. This program is suitable for people who have just started modal parameter identification and use matlab to program and learn to communicate.)

通过调用anova1函数作单因素一元方差分析(Anova1 function by calling a dollar for single factor analysis of variance)

：介绍了一种利用DSP控制的大容量蓄电池自动充电装置的设计。采用高频开关电源技术，给出了基于数 字信号处理器TMS320LF2407的充电装置控制系统的软、硬件设计。借助Matlab中的Simulink仿真工具，采用 在线模糊自整定技术对充电装置控制系统进行仿真，并将仿真结果应用于DSP控制器中，实现对Fuzzy-PID控 制的Kp、Ki、Kd参数的在线自整定，使充电方式能较好的模拟最佳充电曲线，达到理想效果。理论分析和试验都 表明，该充电装置能够有效地提高蓄电池的充电效率，加快充电速度。 (：An automatic charging equipment with high-capacity storage battery was designed through being controlled by DSP.Using the HF SPS(High-Frequency Switching Power Supply)，the software/hardware implementation of a TMS320LF2407 based controller system was introduced.With the tool-box of Simulink in Matlab，it adopts Fuzzy-PID methods to simulate the controlling system of charging system.Then the result of simulation will be used in DSP controller to realize self-control of the the parameters of Kp、Ki、Kd in PID controller so as to make the way of battery charging could simulate the excellent curve and reach ideal results.)

基于matlab的fsk信号调制 详细代码及完整实验报告(Based on the fsk signal modulation matlab code and complete a detailed experimental report)

simulation of LTE OFDM system

说明：  Function files in MATLAB for the calculation of strains and stresses for a lamina with a given arbitrary fiber orientation and given values of material data in the principal material directions.