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FIR123
- 1.利用Matlab进行产生频率为1000Hz和6000Hz的正弦信号，利用FDATOOL设计FIR滤波器(fs=16000Hz)，以滤波6000Hz分量，并利用SPTOOL工具对信号滤波进行仿真与验证。 2.从MIC端口(J5)输入频率为1000Hz和6000Hz正弦信号的叠加信号，编写实时FIR滤波程序，选择合适的滤波器参数，滤除6000Hz的频率分量，利用示波器在SPEAKER端口(J6)观察输出波形。分析信号的频谱结构，设计满足要求的数字滤波器,-1. The use of Matl
Matlab-UDP
- matlab UDP传输程序，修改IP和端口号就可以实现传输-matlab UDP transport program, modify the IP and port number can be achieved transmission
实时串口数据显示程序 MATLAB
- 程序运行后从串口读取数据，并实时绘制出数据图形，可以直观的看到数据的变化
PARALLEL-PORT
- PROGRAM IS USED FOR PARALLEL PORT CHECKING WITH HELP OF MATLAB.
matlab usb
- matlab usb port for programming
MATLABA-serial-port-communication
- 运用GUIDE功能编写的一个类似串口助手的MATLAB串口通信源程序-Using the GUIDE function to write a similar serial assistants MATLAB serial communication source
matlab-chuankoutiaoshi
- 自己改编的基于matlab编程的串口调试工具，错误更少，运行良好。-Their own adaptation of the serial port debugging tool based on MATLAB programming, fewer errors, running well.
Serial-port-redirection-using-matlabsimulink
- Bluetooth - Serial port redirection using matlab/simulink
shangweiji
- 通过对串口数据接收所得数据文件进行处理，进行FFT变换，绘制伯德图，并实现数据到正弦波形显示。(The data files received by the serial port are processed, the FFT transform is carried out, the Bode diagram is drawn, and the data is displayed to the sinusoidal waveform.)
我的 串口通信助手
- 基于MATLAB的串口通信程序，能够和下位机串口进行通信(MATLAB-based serial communication procedures, and the next bit to communicate with the serial port)
ECGDATAV6test1
- 串口发上来数据，前三个字节为枕头，四个字节代表一个数据。一共15字节，把数据存到txt,运行画出波形(The serial port sends the data. The first three bytes are the pillows, and the four bytes represent one data. A total of 15 bytes, the data stored in the txt, running draw a waveform)
COM
- MATLAB编写串口调试界面实现串口调试(MATLAB serial port debugging interface to achieve serial debugging)
Matalab_Debug
- matlab 监视串口数据流，提取RGB565格式图像并显示(monitoring the COM port, extracting RGB565 image data from the data stream)
串口测试
- 串口发送数据的matlab的GUI程序，读取一个需要发送的TXT文件，通过串口发送出去。(using serial port to send data based on matlab GUI .Reading a TXT file to send out through the serial port .)
信号分析与处理——MATLAB语.part1
- ① Verilog的抽象级别 ② Verilog的模块化设计 ③ 如何给端口选择正确的数据类型 ④ Verilog语言中latch的产生 ⑤ 组合逻辑反馈环 ⑥ 阻塞赋值与非阻塞赋值的不同 ⑦ FPGA的灵魂状态机 ⑧ 代码风格的重要性((1) the abstract level of Verilog The modular design of Verilog How to select the correct data type for the
calculate_s
- CST的离散端口计算S参数，每次修改端口阻抗，都需要重新计算，但是事实上输入阻抗是不变的，所以可以从CST中导出输入阻抗，在matlab中计算不同端口阻抗的S参数。(The discrete port of CST calculates the S parameters, and each time the port impedance is modified, it needs to be recalculated. But in fact, the input impedance is co
TcpIp
- 通信demo。作为客户端，调用TCP端口，连接远程modbus从站，发送16报文。(communication demo. As client , open TcpIp port, connect modbus slave, send fun=16 code.)
MyScomTest可实时显示数据
- 基于Matlab的串口实时接收数据。并显示(The data is received in real time based on the serial port of Matlab. And display)
mpu6050
- 单片机采集mpu6050 数据没通过串口上传pc，pc上用MATLAB进行数据分析，卡尔曼滤波，融合算法，曲线实时显示(The MCU collects mpu6050 data without uploading the PC through the serial port, using MATLAB for data analysis, Kalman filtering, fusion algorithm, curve real-time display)
串口画图
- matlab编写的上位机界面，可实现串口数据接收显示，转化为图形(The upper computer interface compiled by Matlab can realize data receiving and displaying of serial port and convert it into graphics.)