The Development of Encroaching Control System for Managing the Optimized Communication of Networks Through SN

The growing number of wirelessly dependent applications will soon outgrow the latency and dependability of existing technology. Fast closed-loop control in intra-body networks, intra-avionics communication, intra-vehicle communication, and industrial control at the sensor-actuator level are a few examples. The short-range Wireless Isochronous RealTime (WIRT) in-X subnetwork design ideas are presented in this article. These subnetworks are best suited for mission-critical applications with communication cycles of less than 0.1 ms and an outage probability of less than $10^{\wedge}-6$. These ambitious objectives are beyond the capabilities of 5 G radio technology, implying that WIRT may potentially develop into a 6 G system. The goal is to integrate WIRT subnetworks into industrial production modules, cars, and robotics. We discuss key design components such as frame structure and transmission mechanisms and outline the necessary technological components and accessible frequency bands for WIRT subnetworks. Results from performance tests involving up to two devices per square metre indicate that good spatial service availability would need the use of a multi-GHz spectrum. We also explore WIRT’s feasibility as an ultra-wideband underlay system operating at centimetre waves. Further research aims to enhance control plane methods and the existing architecture.