Research On Key Technologie Of Remote Monitorin System Development Based On Gizwits

With the continuous development of the Internet of Things,cloud platforms,wireless communication networks and smartphones,a series of smart products stand out,it has brought great convenience to human daily Iife.Representative products include well-known intelligent transportation and a wide range of smart home applications.Evaluation of an intelligent product is mainly carried out in terms of ease of operation,real-time and reliability of data transmission,product scalability,and diversity of functions.However,existing smart products still have shortcomings in configuring network access,data transmission,and scalability.This paper designs a remote monitoring prototype system based on cloud platform.The sy;stem realizes the remote control and monitoring of the device by the mobile app through the cloud platform.First of all,due to the stability of the cloud platform,at the same time,variable length transmission technology is used for data transmission and threading technology is time-consumin g,guarantee the real-time and reliability of data transmission;Secondly.the system reserves interfaces such as infrared detection and Arduino,has very good scalability;At last,configure the network using AriLink,the simplification of the configuration of the network access operation while improving the success rate.The system consists of three main parts:mobile App,cloud,STM32F103C8T6 is the device end that combines the main chip and the ESP8266WIFI module.First of all,App de.veloped based on Android technology as a human-computer interaction terminal,provide a visual operation interface,it can remotely control the lighting and color of the RGB Led light on the device,the polarity of the micro-transfer,and the rotation speed;at the same time,it can also receive the temperature and humidity information from the device end to display on the interface.Secondly,The device side uses the STM32F103C8T6 chip as the core control terminal,designed with modular thinking,use the WIFI module to configure the network,externally connected to multiple module circuits,using the temperature and humidity sensing module to monitor the current environment in which the device is located,upload the collected temperature and humidity information to the cloud and display it in the app;it is also possible to control the operation of the sensing module by issuing an action command to the RGB Led lamp and the micro-transfer,at the same time,in order to improve the function of the device,access to the OLED display,the temperature value,humidity value,turn direction and speed can be displayed on the display.At last,this article chooses GizWits as the cloud platform of this system,the mobile app and the device side can establish two-way communication using the communication protocol of the GizWits.At last,this paper tests and verifies the functionality and reliability of the system through virtual devices and real devices.Provide technical support for further research and application in the future.