C #做简单的电梯程序，专门为初学C #朋友，…

这是我当时学习单片机液晶12864时的文档和程序源代码。(This is what I was learning when the MCU LCD 12864 documents and source code.)

说明：  在太阳能发电中，太阳板受光面与太阳光线的角度是决定太阳能发电效率的关键因素。本设计的原理是利用传感器（光敏电阻）把接收到的光信号转换成电信号，然后经过信号处理及单片机控制后，由控制电路输出相应的控制数字信号驱动方位角调整机构和高度角调整机构实现相应的位置调整。(In solar power generation, the angle between the solar panel receiving surface and the solar light is the key factor to determine the efficiency of solar power generation. The principle of this design is to use sensors (photoresistors) to convert the received optical signals into electrical signals. After signal processing and single-chip control, the control circuit outputs corresponding digital signals to drive azimuth adjustment mechanism and altitude angle adjustment mechanism to achieve corresponding position adjustment.)

说明：  如果要将此应用项目移植到开发板上，只需要根据此项目的电路图修改管脚，改成我们开发板对应的管脚上。温湿度传感器使用的是DHT11，所以数据口按照原理图内接。温度传感器接口也需要修改成我们开发板对应的接口(If you want to transplant this application project to the development board, you only need to modify the pins according to the circuit diagram of this project and change it to the corresponding pin of our development board. The temperature and humidity sensor uses DHT11, so the data port is internally connected according to the schematic diagram. The temperature sensor interface also needs to be modified to the corresponding interface of our development board)

该文件为由CCS6.0编写的关于半桥LLC同步整流的DSP程序。(The file is written by CCS6.0 on the half bridge LLC synchronous rectification of the DSP program)

说明：  源码 for "C語言數位影像處理" 吳上力 編譯(Source code for "C language digital image processing")

开关频率为200kHz，应用于GaN开关管的，基于srm32，对逆变器接非线性负载的重复控制程序

说明：  基于51单片机的超声波测距，可实现距离报警功能(Ultrasound ranging based on 51 single chip computer can realize distance alarm function)

此为DirectX3D代码，无需解压码-DirectX3D for this code, without extracting yards

LED超大屏幕控制方案,适用于大型广告牌等(The LED screen quality control plan, suitable for large billboards, etc)

实现了基于拉普拉斯机制的差分隐私，并使用UCI数据集进行了仿真实验(Differential privacy based on Laplacian mechanism is realized, and simulation experiments are carried out using UCI data sets.)