Quality of Service Analysis on Wi-Fi Networks to Support Web-Based Internet of Things Monitoring Systems
Keywords:
Quality of Service, Wi-Fi network, Internet of Things, web-based monitoring system, network performanceAbstract
A web-based Internet of Things (IoT) monitoring system requires a stable network to support data transmission from devices to a server. The quality of a Wi-Fi network can influence transmission speed, delivery time, communication stability, and the completeness of the data received. This study aims to analyze the Quality of Service (QoS) of a Wi-Fi network to determine its service quality characteristics in supporting a web-based IoT monitoring system. The research employs a quantitative approach using an experimental method, measuring four QoS parameters: throughput, delay, jitter, and packet loss. The data is analyzed to characterize the performance of data transmission between IoT devices and the server. Sample simulation data shows a throughput of 8.45 Mbps, a delay of 24.60 ms, a jitter of 3.20 ms, and a packet loss of 0.80%. These values illustrate how to evaluate transmission capacity, delivery time, variations in packet arrival times, and data loss. However, as these figures are not derived from direct measurements, they cannot yet be used to draw conclusions regarding network performance in a real-world implementation. QoS analysis can serve as a basis for evaluating Wi-Fi network quality in supporting data communication for web-based IoT monitoring systems. Actual testing—incorporating variables such as device distance, the number of users, and various network conditions—is necessary to obtain reliable empirical results.
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