disanfenqu

Generalized Nyquist diagram for stability analysis of linear time invariant systems (Nyquist on arbitrary contour)

说明：  this is matlab signal processing doc assignment and m file for various signal system code

说明：  包含有限元分析常用的材料，对其材料属性进行详细说明。(It includes the materials commonly used in finite element analysis, and describes the material properties in detail.)

matlab与modelsim的联调教程，pdf格式的(matlab FBI and the modelsim tutorial, pdf format)

该程序用于实现图像分割中的区域生长法。共有4个参数。1，2，种子点的座标，3，图像，4，生长时用到的域值。(this code is used for region growing in the image segmentation domain.)

关于光流法的一个外文论文，很好的讲述了光流法算法(An optical flow method on foreign language papers, very good about the optical flow algorithm)

数字频率调制又称频移键控（FSK），二进制频移键控记作2FSK。数字频移键控是用载波的频率来传送数字消息，即用所传送的数字消息控制载波的频率。2FSK信号便是符号“1”对应于载频，而符号“0”对应于载频（与不同的另一载频）的已调波形，而且与之间的改变是瞬间完成的。 (Digital frequency modulation called frequency shift keying (FSK), binary frequency shift keying recorded as 2FSK. Digital frequency-shift keying is the carrier frequency to transmit digital information, that is, the number of messages transmitted with the control of the carrier frequency. 2FSK signal is the symbol of "1" corresponds to the carrier frequency, while the symbol "0" corresponds to the carrier frequency (with a different carrier frequency to another) and modulated waveform, but also between the change was instantaneous.)

neural network mode for time series,which can process data adaptively

matlab simulation of four quadrant chopper

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.)