NFCDemo

利用MATLAB实现了跳频信号的调制和解调，给出了频谱图。(The use of MATLAB implementation of the frequency hopping signal modulation and demodulation, give the frequency spectrum.)

无线传感器网络DV-Hop节点定位算法，基于Matlab的源程序。(Wireless sensor network node, DV-Hop localization algorithm, based on the Matlab source code.)

用matlab画出α=0,0.5,1的余弦滚降系统的频谱，并画出各自对应的时域波形。以α=1的余弦滚降系统为例，进行二进制双极性数字基带信号传输，试画出接收端的基带信号波形及眼图。(Matlab draw α = 0,0.5, 1 cosine roll-offs system of spectrum, and draw their corresponding time domain waveform. To α = 1 cosine roll-offs system as an example, the binary dual polarity digital baseband signal transmission, try drawing the receiving end baseband signal waveform and eye chart.)

数字调制解调，包含数字调制程序和解调程序。(Digital modulation and demodulation, including digital modulation and demodulation process procedures.)

compressive sensing theory

说明：  经典波束形成算法，LMS算法，绝对好用！注解清晰，参考书为张小飞的阵列信号处理那本！(Classical beamforming algorithm, LMS algorithm, absolutely easy to use! The annotation is clear, the reference book is Zhang Xiaofei's array signal processing book!)

基于Matlab的米勒编码仿真 实现RFID的Miller编码 (Miller coding to achieve)

说明：  自己编写的自适应滤波算法的应用，应用于惯性导航系统初始对准中，静止基座(I have written the application of adaptive filtering algorithm used in inertial navigation system in the initial alignment, static base)

模拟PD雷达的信号处理程序，完成信号回波模拟，脉冲压缩，MTD等功能.(a program about pulse doppler radar signal processing.)

项目简介 （200字左右） 面对当前严峻的能源危机、环境污染等问题，开发研究电动汽车已成为汽车行业的主流方向，而目前高效稳定的动力电池是电动汽车研究领域的核心问题。因此，本项目研究电动汽车电池管理系统（BMS）的关键技术，探究准确估测电池的荷电状态（SOC）以及锂电池的外围均衡电路的设计方法。本项目将对具体工作模式下的SOC算法进行进一步的研究和归纳，以及进一步的实验认证；本项目还将对电池的过充和过放现象进行具体研究，设计实现电池过充过放状态下切断主电流回路的硬件电路。 (Project introduction (about 200 words) facing the current serious energy crisis and environmental pollution problems, development research electric vehicles has become the mainstream direction of the automobile industry, and the efficient and stable power battery is the core problem of the electric car research field.Electric vehicles are studied in this project, therefore, the key technology of battery management system (BMS), explore the correctly estimate the battery charged state of (SOC) and the periphery of the lithium battery equalization circuit design methods.This project will work on specific mode of SOC algorithm was summarized and further research, and further experiment certification This project will also be the battery over charge and discharge phenomenon of concrete research and design to realize the battery overcharge discharge condition to cut off the main circuit of the hardware circuit.)