LsFileExplorer28

STM8S103F3 transmitter and receiver

ds18b20 温度V1000000000000000000(DS18B20)

使用STM32产生六路SPWM波，放大，驱动IGBT，之后连接三相电机。(Use STM32 to generate six SPWM wave, amplify, drive IGBT, and then connect the three-phase motor.)

本书是关于雷达目标检测和恒虚警(CFAR)处理理论与方法的一部专著。书中总结了三十多年来，在这一领域国际上的研究进展及大量研究成果。全书由15章组成，主要内容有经典的固定门限检测、均值类CFAR检测器、有序统计类CFAR检测器、采用自动筛选技术的广义有序统计类CFAR检测器、自适应CFAR检测器、韦布尔和对数正态杂波背景中的CFAR检测器、复合高斯分布杂波中的CFAR处理、非参量CFAR处理、杂波图CFAR处理、变换域CFAR处理、距离扩展目标检测、多传感器分布式CFAR处理以及其他CFAR处理方法，最后是本书的回顾、建议与展望(This book is about the radar target detection and constant false alarm rate (CFAR) processing theory and methods of a monograph. The book summarizes the thirty years, research progress in this area and a large number of international research. The book consists of 15 chapters, the main contents of the classic fixed threshold detection, mean class CFAR detector, orderly statistical category CFAR detector, automatic screening generalized order statistics class CFAR detector, adaptive CFAR detector, Wei Boolean and lognormal clutter the CFAR detector, complex Gaussian clutter CFAR processing, non-parametric CFAR processing, clutter map CFAR processing, CFAR processing transform domain the extended target detection, multi-sensor distributed CFAR processing and other CFAR processing method, and finally the review of the book, suggestions and Prospects)

ntp客户端连接， 嵌入式C， 通过ntp服务器同步并更新本地时间，同步，计算，修改 ntp客户端连接， 嵌入式C， 通过ntp服务器同步并更新本地时间，同步，计算，修改(syncronize with time server. syncronize with time server.)

基于51的C语言频率计，内涵仿真图，以实现空能(Based on 51 C-language frequency meter, meaning simulation diagram, in order to achieve air can)

Omni-Optimizer (handles single and multiple objectives, unimodal or multi-modal problems)

用51单片机模拟dds产生正弦波，方波，三角波，幅度频率可控。(Dds generated using 51 MCU simulation sine, square, triangle wave, amplitude frequency control.)

在K60上实现Mpu6050的dmp功能(Achieve Mpu6050 in K60 dmp function)

This example provides a description of how to use the USART in Smart Card mode. The example gives only the possibility to read the ATR and decode it into predefined buffer.