rader

说明：  基于物联网的温湿度传感器自动恒温技术,该技术利用IIC通信,实现温湿度自动调节.(Automatic Constant Temperature Technology of Temperature and Humidity Sensor Based on Internet of Things)

说明：  基于zigbee CC2530开发的光敏传感器(Photosensitive Sensor Based on Zigbee CC2530)

基于HC32F005的无线RF控制灯串。RF模块可替换成其他无线模式。程序中包含多种灯串显示模式(Wireless RF control lamp string based on HC32F005. RF module can be replaced by other wireless modes. The program contains a variety of lamp string display modes)

说明：  软件 kfjksan fkjwaln kjntgklwan(software fkahrijlenw aftgjak ngjklesafne)

说明：  中继选择，通信的懂，自己的实验，代码不知道对不对，有问题可以提出。(Relay Selection, Communication Understanding)

zigbee自组网温湿度采集系统，1个协调器4个终端（或路由器），采集温湿度上传到PC上位机和手机客户端，同时上位机和客户端可以控制终端灯的状态。

说明：  自己用51单片机做的，DS12C887实时时钟，时钟精度很高(I made it with 51 single chip computer, DS12C887 real-time clock, clock precision is very high, you can refer to if you need it.)

说明：  北斗卫星导航系统接口文档。 强烈建议卫星导航相关领域人员阅读。(signal interface specification of Beidou Navigation Satellite System.)

说明：  #运行实验： 1-转到代码并打开configationfile.m 2-在ConfData数组中设置所需的算法参数值 3-运行代码，结果将存储在结果文件夹中。 #展示实验结果： 1-转到结果文件夹 2-您可以运行以下文件之一： -运行plotResuts3D\u pareto.m以显示nsgai、nsga3和MOJPSO之间的比较 -运行MplotSensors.m来绘制NSGA3的传感器分布图 -运行MplotStatistics.m来绘制NSGA3的执行时间和传感器数量统计信息(# To run the expermints : 1- go to code and open configrationFile.m 2- set the values of the Algorithm parameters that you want in the ConfData Array 3- run the code and the results willbe stored in results folder. # To Show the results of expermints: 1- go to results folder 2- you can run one of this files : -run plotResuts3D_pareto.m to show the comparasion btween NSGAII,NSGA3and MOJPSO -run MplotSensors.m to plot the sensor distribution for NSGA3 -run MplotStatistics.m to plot the execution time and sensors number statistics for NSGA3 -run plotResults2D.m to plot the pareto in 2D)

说明：  刀具标准数据集一部分，主要用于机械类，进行故障诊断与预测。官网也存在。(PHM10 dataset, the main task is to realize the function for fault prediction and analysis.)