Web-Based Design and Implementation for Data Transfer Simulation using the MP-QUIC Protocol

Improving the quality of data transmission in Internet of Things (IoT) applications requires an effective tool to monitor and analyze the performance of the protocols used. This study focuses on the development of an interactive website designed to measure and compare the performance of the MP-QUIC protocol in a temperature and humidity monitoring system on IoT devices. This website provides an intuitive user interface to measure two main parameters: throughput and latency, with real-time data visualization. This website is equipped with a feature that allows users to test the performance of MP-QUIC under various network conditions, both stable and fluctuating. The data collected during the test is displayed in clear graphical form, making it easy for users to understand how MP-QUIC optimizes data transmission compared to other protocols, such as HTTP. By using MP-QUIC, the system can utilize a more efficient data transmission path, which has the potential to increase throughput and reduce latency. In addition, this website has an option to view a performance comparison between MP-QUIC and the HTTP protocol on IoT devices in the context of monitoring temperature and humidity in the Gumukmas Multifarm sheep pen. The implementation of responsive design and interactive data visualization makes it easy for users to access important information related to data transmission performance, making this website a valuable tool in the development and evaluation of MP-QUIC-based IoT systems. With this approach, the website not only serves as a measurement tool, but also as an educational platform that allows users to better understand the impact of implementing MP-QUIC in improving data transmission efficiency in IoT systems.