Radio Diversity for Reliable Communication in WSNS

The difficulties are often unbearable when it comes to wireless sensor deployment in real-world scenarios. The unpredictable nature of physical settings has a significant impact on radio connection dependability, leading to intermittent connectivity and frequent interruptions. Conventional deterministic methods for handling unstable connections, including increasing transmission power or network density, are insufficient to solve this problem. We propose a unique architecture for a dual radio network designed for modern wireless sensing networks. Data travels over a number of connections in mesh networks to go from source node to destination node. A persistent difficulty is the fluctuation of radio connection quality, which is driven by changes in the environment and radio interference. Modern data gathering methods are designed to quickly adjust to changes in network connection and correct routing conditions. However, connection losses become unavoidable when there aren't many other paths available inside the network. Even with other paths, redirected traffic plus more control traffic may cause packet collisions and network congestion, which can result in less than ideal performance and responsiveness. Moreover, the cost of fixing link failures increases with network size since the routing state requires propagation throughout the whole network. In order to build large, trustworthy, and effective WSNs that cover areas with diverse and variable environmental conditions, this article focuses on improving the dependability of main radio connections. However, there are only so many ways to enhance connection quality, and choosing node sites strategically to create a robust wireless mesh is still a difficult task.