SEAL-CC: Scalable Latency Evaluation Methodology for Internet-of-Things Services
Kurt Horvath, Dragi Kimovski, Bernd Spiess, Oliver Hohlfeld, Radu Prodan · 2024
Traditional network measurement campaigns suffer from the lack of control over network infrastructure and the inability to evaluate communication performance directly, especially for the placement of highly distributed Internet of Things (IoT) services.In response, we propose a novel Scalable Latency Evaluation Methodology for the Computing Continuum (SEAL-CC).SEAL-CC extends beyond short-term evaluations by capturing the long-term responsiveness of networks supporting IoT services on the computing continuum.It organizes and evaluates a network of nodes, offering insights for optimized IoT service placement in urban and international settings.Our contributions include a novel evaluation methodology tailored for IoT services over the computing continuum, a comprehensive framework for transparent network evaluation using distributed Internet measurement platforms, and a real-life case-study validation with recommendations for IoT service placement.