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youmenchuanganqi
- 用于控制步进电机带动油门传感器，采集数据，生成数据曲线并可打印报表-Used to control stepper motor driven throttle sensors, collect data, generate data curves and print statements
MyRGB
- 读取68013采集的图像传感器的数据后在vc中显示，采用刷屏的方式-Read 68013 image sensor data collected after vc display, using scraper way
FPGAtuxingchuli
- 为了实现图像的实时处理，常采用现场可编程门阵列FPGA对采集到的图像数据进行预处理。以对 Micron MT9V112传感器的Bayer图像数据处理为例-In order to achieve real-time image processing, often using field programmable gate array FPGA the collected image data pre-processing. To Bayer for Micron MT9V112 image
readCplot
- 1.文件读写，cstudiofile。2二维绘图。就读写传感器采集到的数据，然后绘图显示。-1. read and write files with cstudiofile 2. 2d plot.without using mschart.
testa2
- 从串口实时采集数据，读取家速度传感器的值，并且显示波形-Real-time collection of data from the serial port, read the value of home speed sensor, and display the waveform
shoushijiasudu
- 通过三轴加速度传感器采集的人书写0-9数字的加速度信号，供300组，可用于手势识别分类原始数据-The acceleration signal of the 0-9 digital signal collected by the three axis acceleration sensor is provided for the 300 groups, which can be used for the classification of gesture recognition.
urg
- 这是URg激光传感器的数据采集和相关的处理程序-This is URg laser sensor data acquisition and processing program
LJG-DLL
- 基恩士LJG系列激光轮廓传感器二次开发DLL，包含参数设置数据采集等样例程序，对学习工业数据采集很有帮助！- Keyence LJG series of laser profiler secondary development DLL, including parameter setting data acquisition sample program, the study of industrial data collection helpful!
LJG-labview
- 基恩士LJG-5000系列二维激光轮廓传感器LabView二次开发程序，提供了数据采集和参数设置等函数接口，样例程序可以实现常用的参数设置和轮廓数据接收功能！- Keyence LJG-5000 series of two-dimensional laser profile sensor LabView secondary development program provides data acquisition and parameter setting functions such as
1_4_2_3_LJV7_IF_x86
- 基恩士LJV系列激光轮廓传感器二次开发DLL，提供了数据采集和参数设置等函数接口，提供CPP和C#等变成接口，样例程序可以实现常用的参数设置和轮廓数据接收功能！- Keyence LJV series of laser profile sensor secondary development DLL, provides data acquisition and parameter setting functions such as interface, providing CPP and C
MstarSARDatebase
- 官方下载的MSTAR数据集。该实验数据采用美国国防高等研究计划署(DARPA)支持的MSTAR计划所公布的实测SAR地面静止目标数据，无论是在国内还是国际上，针对SAR图像目标识别的研究基本上是基于该数据集而展开的。采集该数据集的传感器为高分辨率的聚束式合成孔径雷达，该雷达的分辨率为0.3m×0.3m。工作在X波段，所用的极化方式为HH极化方式。(MSTAR data set downloaded from SDMS. The experimental data comes from MSTAR