Code to Invert N by N matrix in CSV

进销存系统，c#开发，可以自己学习使用，进销存系统，c#开发，可以自己学习使用，进销存系统，c#开发，可以自己学习使用，进销存系统，c#开发，可以自己学习使用，进销存系统，c#开发，可以自己学习使用，进销存系统，c#开发，可以自己学习使用，

说明：  使用MatlaB进行仿真，分析各种频谱感知方法，对比优缺点，展望未来发展情况(Use MatlaB simulation, analysis of various spectrum sensing method, compared the advantages and disadvantages, the future development of)

基于STM32微处理器的软件模拟IIC 实现IIC总线通信(Software simulation I2C program using STM32)

用C++实现窗函数的设计，采用的是海明窗为例子(Using C++ to achieve the design of window function, Hamming window is used as an example)

源码为 ATMEL AT24Cxx 系列e2prom芯片的读写接口c代码

多级反馈队列进程调度算法 1． 实验目的： 用高级语言编写和调试一个进程调度程序，以加深对进程的概念及进程调度算法的理解。 2． 实验内容： 编写一个模拟程序，完成单处理机系统中的进程调度,采用多级反馈队列的时间片轮转调度算法. 实验具体包括:首先确定进程控制块的内容,进程控制块的组成方式，确定相关参数(如进程数、到达时间、服务时间、时间片大小等) 然后完成进程创建原语、进程调度原语和进程撤销原语 最后编写主函数，上机实验并取得结果数据。 (The process of multi-level feedback queue scheduling algorithm 1. Experimental Objective: To use advanced language writing and debugging a process scheduler in order to deepen their understanding of the concept of the process and understanding the process of scheduling algorithm. 2. Experimental contents: the preparation of a simulated procedure, single-processor systems to complete the process of scheduling, the use of multi-level feedback queue scheduling algorithm Round-Robin Time Slice. Experiments include: First of all, the process control block to determine the content, process control block of the composition determine the relevant parameters (such as the process of the number of arrival time, service time, time slice size, etc.) and then complete the process of creating the original language, the process of scheduling the original language and the process of revocation of the original language the final preparation of the main function of the machine and obtain the results of)

06-第六章 Xscale 270 基本接口实验.ppt(06- Chapter VI Xscale 270 basic interface experiments. Ppt)

说明：  布尔代数解决数学问题！A参加B不参加，A和C不同时参加等等~~(buerdaishu!)

鸟瞰图矫正，从倾斜角度矫正成正面图像，实现平面图像的鸟瞰矫正(bird-view,from tilt angel to jiaozheng image)

用VC++实现的BP（反向传播负反馈）神经网络算法(with VC BP (BP negative feedback) neural network algorithm)