CSharp write a ADOMS management, beginners can be used to make reference.

《数字信号处理——理论、算法与实现》胡广书 书配光盘程序 本光盘共包含三个子目录，分别是DSP_FORTRAN, DSP_C和DSP_MATLAB。DSP_FORTRAN和DSP_C各含有约40个信号处理的子程序，概括了书中所涉及到的绝大部分算法。程序分别由FORTRAN语言和C语言编写（MA模型、ARMA模型及最小方差谱估计三个算法只给出了用C语言编写的程序, 没有给出相应的FORTRAN子程序），并在PC机上调试通过。编译环境是FORTRAN77 V5. 10和TURBO C2. 0。DSP_MATLAB含有近100个用MATLAB编写的信号处理程序，它们是本书各个章节的大部分例题，使用的是MATLAB6.1。(" Digital Signal Processing- Theory, Algorithm and Implementation" Hu Guang book written with the CD-ROM CD-ROM program includes three subdirectories, namely DSP_FORTRAN, DSP_C and DSP_MATLAB. DSP_FORTRAN and DSP_C contains about 40 of the signal processing routine, the book summarizes most of the algorithms involved. Program language and C respectively written in FORTRAN (MA models, ARMA model and minimum variance spectrum estimation is given by the three algorithms only programs written in C language, did not give the corresponding FORTRAN subroutines), and in the PC, through debugging . Compilation environment is FORTRAN77 V5. 10 and TURBO C2. 0. DSP_MATLAB contains nearly 100 written using MATLAB signal processing procedures, which are most of the various chapters of the book examples, using MATLAB6.1.)

用c++实现的对游程编码的译码以及编码操作。对信息论一块的游程编码的理解具有一定参考价值。(C++ with the realization of run length coding decoding and encoding operation. For information on the run length encoding a piece of understanding has a certain reference value.)

本程序完成了对运动图像的识别与跟踪功能，程序里自带了测试的图像(The program to complete the identification and tracking of moving images, the program comes with the test image)

Direct Sequence Spread Spectrum Receiver Rake Receiver

说明：  适用于韦根26与34的通讯，基于stm32开发，自动切换，方便，兼容性强(It is suitable for communication between Wigan 26 and 34. It is developed based on stm32. It has automatic switching, convenience and strong compatibility.)

批量图片合并源码

本程序是一个带蓝牙串口功能的温湿度采集模块 其组件有stc90c52单片机最小系统、 LCD1602液晶显示屏、蓝牙无线模块和国产温湿度传感器DHT22 （奥松AM2302）    通信格式 单总线   经实测 完全正常 

说明：  轻量级ftp，功能单一，纯命令行界面，操作简单，安全性采用isa加密(a very simple ftp (client and server))

说明：  采用模糊控制的思想，实现交通路口红绿灯时间的优化控制。 功能要求：(1) 采用模糊控制实现红绿灯控制，根据车流量的不同来控制红绿灯的显示时间。 (2) 模拟实际交通路况，简化编程难度，只考虑横竖方向的车流量，并不考虑车的拐弯，重点突出模糊控制算法 (Using fuzzy control theory to achieve the traffic intersection of time optimal control of traffic lights. Functional requirements: (1) using fuzzy control to achieve traffic light control, according to the different traffic flow to control the traffic lights display the time. (2) simulate the actual traffic and road conditions, simplify programming difficulty, only if they had to consider the direction of traffic flow, without considering turning vehicles, focused fuzzy control algorithm)

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