An Innovation of Distributed Scheduling and QoS Localized Routing Scheme for Wireless Industrial Sensor Network

A novel strategy for ensuring reliable and effective communication between sensor nodes and the industrial control systems is the QoS (Quality of Service) Localized Routing scheme for Wireless Industrial Sensor Networks. This plan is built on the idea of localized routing, a routing technique based on the network's local topology. This system enables effective network performance monitoring and may be used to give QoS assurances to apps that need them. In order to regulate the network, centralized scheduling methods rely on a centralized controller. This controller is responsible for making decisions about the scheduling of resources, such as frequency allocation and transmission power. These algorithms offer a number of advantages, such as scalability, reliability, and security. However, they can be difficult to implement in large networks and may require significant amounts of communication and computation resources. Distributed scheduling algorithms, on the other hand, do not rely on a centralized controller. Instead, they use distributed algorithms to make scheduling decisions. These algorithms are typically more efficient and require less communication and computation resources. They are also better suited to large networks, since they do not require a centralized controller