Spectrum Analysis

本项目是以 LabVIEW 为开发平台的环境监控与预警系统，实现了对温度，烟雾和电压电流等信号的实时采集、记录、存储和回放等功能程序的模块化设计，从而达到环境监控的目的。(This project is an environmental monitoring and early warning system based on LabVIEW. It realizes the modular design of functions such as real-time acquisition, recording, storage and playback of signals such as temperature, smoke and voltage and current, thus achieving the purpose of environmental monitoring.)

该源代码是基于车载平台上的通讯诊断协议， 能够利用LabVIEW, LabWindows?/CVI, Visual C/C++ 6.0中基于CAN的汽车诊断 兼容Windows 7/Vista/XP/2000和LabVIEW Real-Time 诊断协议:CAN (ISO 15765, OBD-II)的KWP2000 (ISO 14230)和诊断 (Diagnostics) 传输协议:ISO传输协议15765-2和Volkswagen TP 2.0 兼容的接口:NI-XNET CAN、CompactRIO CAN、USB CAN和Series 2 NI CAN (PXI、PCI、PCMCIA) KWP2000和UDS的范例, 包括一个软件ECU仿真器(The source code is based on the communication diagnosis protocol on the vehicle platform. Auto diagnosis based on C AN in LabVIEW, LabWindows (/ CVI), Visual C/C++ 6.0 Compatible with Windows 7/Vista/XP/2000 and LabVIEW Real-Time Diagnostic protocols: KWP2000 (ISO 14230) and Diagnostics of CAN (ISO 15765, OBD-II) Transport protocol: ISO transport protocol 15765-2 and Volkswagen TP 2.0 Compatible interfaces: NI-XNET CAN, CompactRIO CAN, USB CAN and Series 2 NI CAN (PXI, PCI, PCMCIA) Examples of KWP2000 and UDS, including a software ECU emulator)

温室环境采集系统的最初版本，对环境参数进行初步采集(The initial version of the greenhouse environment acquisition system, the environmental parameters acquisition)

哈尔滨工业大学LabWindows/CVI教程(Harbin Institute of Technology LabWindows/CVI tutorial)

labview实现单边傅里叶变换，很好的将时域信号变为频域信号(Labview unilateral Fourier transform，Good time domain signal into frequency domain signal )

多通道数据采集，实现多通道数据实时采集，并可生成报表(Multichannel data acquisition)

初学者自学labview小程序参考，包括5判断素数、报数问题、自功率谱处理、跑马灯、模拟汽车控制、登陆界面……各种学习小程序(Beginners learning labview applet reference, including five judgments primes, reported few problems, since the power spectrum processing, marquees, simulated vehicle control, landing a variety of learning applet interface ......)

可实现字符串滚屏，方便显示数字比较长度字符串(String scroll can be implemented to facilitate the display of numeric comparison length strings)

由于有一个项目需要使用320*240的液晶屏，于是使用labview Xctrl制作了一个模拟的单像素控件，可以直接当作虚拟屏幕使用，在项目前期比较方便(A project need to use the 320 x 240 LCD screen, so use the the labview Xctrl produced a simulated single-pixel control can be used directly as the use of virtual screen early in the project is more convenient)

usrp_stanford的课程，可以用USRP实现BPSK和QPSK的调制与解调，完成了链路的搭建。(Usrp_stanford course, you can use USRP to achieve BPSK and QPSK modulation and demodulation, the completion of the link to build.)