Intelligent robot communication systems for network switching in indoor industrial environments

Abstract

From 2008 to 2022, Bangladesh’s telephone bandwidth density increased by 71.35%, with projections indicating a further 44% rise in the next 11 years [1][2]. This growth, coupled with the rising demand for efficient bandwidth and signal utilization, has drawn the attention of researchers, academics, and industry leaders. In the current telecommunications landscape, Bangladesh hosts 3 government-owned, 4 franchise-based, and 2 emerging network service providers. This research focuses on the design and analysis of a robust system capable of Dynamic Network Switching and Seamless Connectivity Protocols to address challenges such as limited resources, high constraints, and fluctuating network performance. The project’s industrial application based on dual Wi-Fi adapter centers on improving communication reliability in resource-constrained environments.