C#网络应用编程基础第4章 UDP应用编程

成绩管理和课程表系统:进入Index.asp,管理员登录的密码tyy,用户名tyy。 系统有两个模块，课程表管理和成绩管理。 本程序为一个学校所写，分系、专业、班级。-performance management and curriculum system : entering Index.asp, administrators tyy login passwords, user name tyy. There are two module system, curriculum management and performance management. This program written for a school, branches, professional classes.

一款基于SED1335的液晶驱动程序，用C编写，适合初学者借鉴！(One based on the SED1335 LCD driver, written in C, suitable for beginners learn!)

日志 HS_LOG_DEBUG("CAP tread receive msg:name = (%s),content = (%s).", recMsg->name, recMsg->content); 结果： 2019-08-13 10:20:09.228[DEBUG]-test.cpp:CThreadProc::run():119 PROC tread receive msg:name = (TEST_CAP),content = (imag--116).(HS_LOG_DEBUG("CAP tread receive msg:name = (%s),content = (%s).", recMsg->name, recMsg->content);)

网络仿真在自组网开发过程中评估新的协议性能的基本技术,该文介绍了网络建模问题,比较了各种传统路由算法和自组网算法。-s dsfj ksigl n szf jal al gso gl fjwoiperujfi oura nfkjgkfd g

51单片机的设计实例，利用51单片机在实际应用中的景丹例程，供初学用。(51 microcontroller design example, use SCM in the practical application of King Dan routines for beginners to use.)

本程序主要的功能是通过PWM来进行光的亮度的调节(The main feature of this program is carried out by the PWM brightness adjustment of light)

VS2005典型实例源码大全(C#)，这是一些比较好的实例，对于初学者的是一大帮助。-VS2005 Guinness classic example of source code (C#), This is some of the better examples, for beginners is a big help.

一种新的改进的遗传编程，调用的子函数描述的很清晰，涵盖了经典遗传编程的所有步骤，方便大家的学习和参考(A new and improved genetic programming, call the subroutine described in very clear and covers all the steps of classical genetic programming, we facilitate learning and reference)

使用MCU 的PWM功能进行语音播放,实现语音单段播放和循环播放！(use the MCU of PWM functionality for voice playback, the voice of single-stage play and loop!)

通过单片机stm32f103rbt6来采集充电回路上的电流和电压，然后经过算法处理后输出相应的PWM信号来驱动开关管，从而控制BUCK电路实现对锂电池的闭环充电控制。(Through the MCU stm32f103rbt6 to collect the charging current and voltage loop, and then through the algorithm outputs the PWM signal corresponding to the driving switch to control the BUCK of lithium battery charging circuit closed-loop control.)