| dc.description.abstract | In this rapidly evolving era of information technology, Quailty of Services (QoS) is an analysis that improves troubleshooting of Internet networks. This research discusses the implementation of Quality of Service (QOS) in the Internet of Things (IoT) system for monitoring and control of low voltage connector panels. (PHB-TR). QoS is an important aspect of IoT networks, ensuring that network performance meets critical applications such as monitoring and controls that require high reliability, low latency, and adequate throughput. In the context of PHB-TR, the implementation of QoS aims to improve the efficiency and efficiency of the electrical monitoring and control systems, which are crucial in managing the distribution and consumption of energy. The research involves the analysis of the QoS parameters such as latency, jitter, throughput, and packet loss in the IoT network, as well as their influence on the performance of the monitoring device and control of phb-TR. The results of Throughput = 8,50894996 Kbits/s, Packet Loss = 0%, Delay=0,231988933s and Jitter=0,225494742s this study show that the application of the correct QoS strategy can significantly improve the reliability and responsiveness of the system, enabling rapid detection and response to abnormal conditions in the power distribution network. Good QoS implementation can also ensure high data integrity, which is crucial for proper decision-making in energy management. Thus, the research has made important contributions to the development and optimization of IoT systems for monitoring and control applications in the energy sector. | en_US |
