Application of wireless network communication technology in interior decoration system and Commercialization of hospital buildings

Abstract

A high-rise building interior decorating system based on wireless network communication technology associated with the commercialization of hospital buildings is developed in response to the low signal perception accuracy brought on by unbalanced task allocation in high-rise building interior decoration systems. The BC35-GNB-IOT communication module is set up to ensure the link's anti-interference, and the terminal node built on the STM32 MCU is connected to the environment sensor. The task is broken down into several subtasks based on time complexity, and the wireless network is used to perform dynamic task scheduling. The software component uses the angular power spectrum to produce the indoor communication scene categorization model of high-rise structures. Detecting cyclostationary signal performance is the goal of the indoor environment sensing algorithm. It demonstrates that the system created for this study has a higher detection accuracy than a system without a wireless network, proving that it is very stable and capable of enhancing the service quality of indoor monitoring systems.