Aug 2026· International Workshop on Artificial Intelligence and Cognition· pp. 1508-1513· 0 citations· 16 references
Abstract
Short-range, high-density sensor networks are challenged by poor transmission performance in power safety monitoring applications because they use a single communication protocol. The paper suggests a multi-protocol fusion short-range IoT communication system. It combines Wi-Fi, Bluetooth, and ZigBee protocols through a layered intelligent fusion architecture. The terminal is equipped with a dynamic protocol switching engine that operates on a dual-core CPU to provide adaptive link selection according to channel status and service requirements. It also uses a cross-protocol unified authentication and resource scheduling mechanism. Experimental findings indicate that the system has a transmission success rate of 99.69 or more in both indoor and outdoor substation conditions, and end-to-end latency is regulated to 42.3ms to 113.5ms. This successfully addresses the performance constraints of individual protocols in the presence of interference and distance, and offers very reliable and low-latency communication services to power equipment safety monitoring.
Reliable and energy-efficient wireless sensor networks (WSNs) are important for continuous monitoring in nuclear facilities, where limited battery resources, restricted maintenance access, and safety-critical operation require stable and efficient communication. This study evaluates four routing protocols for IoT-based...
M. Eltokhy, I. Fayed, E. H. Ali· Energies· 0 citations
Controller Area Network (CAN) is widely used in in-vehicle communication systems because of its reliability and robustness. However, conventional CAN networks are primarily designed for wired communication and do not directly support wireless access for local visualization, remote monitoring, or connected-vehicle servi...
The findings demonstrate that the storage mode is a critical factor affecting the QoS of an IoT edge gateway and should be selected based on application requirements, such as minimizing latency or optimizing resource usage.
Osolinskiy Oleksandr, Tsiupa Ivan, Zahorodnia Diana et al.· 0 citations
Transceiver devices known as radio frequency (RF) modules allow systems to communicate wirelessly without a line of sight. Because of this, RF technology is favored for applications that need minimum physical infrastructure and long-range connectivity. Due to increased safety and regulatory requirements, one of the mos...
Wan Isni Sofiah Wan Din, Towfeeq Fairooz, Quadri Waseem et al.· International Journal on Adv...· 0 citations
This paper develops and evaluates an ultra-low-energy communication protocol for 6G integration with IoT and wearable devices. The protocol combines energy harvesting support, lightweight data compression, and adaptive duty cycling to minimize radio on-time while preserving throughput and reliability. Experiments in a...
Ali Aziz Jasem Al Noor· Journal of Applied Research...· 0 citations
The advancement of agricultural technology has driven the utilization of data transmission systems to enable remote land monitoring. IoT technologies based on wireless sensor networks, WiFi, and Bluetooth have been widely implemented; however, their limited communication range and dependence on internet access pose cha...
Rosalinda, A. Azis, S. N. Faridah· IOP Conference Series: Earth...· 0 citations
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