Junji Terai

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About

Junji Terai is a leading researcher in wireless communications, with a primary focus on indoor 5G network deployment and performance optimization. His work addresses the critical challenge of accurately measuring wireless performance—such as received power and throughput—in indoor environments where global navigation satellite systems (GNSS) are unavailable. Terai’s most notable contribution, "Indoor Local 5G Measurements Employing Automatic Guided Vehicle" (2021), introduces an innovative method using automated guided vehicles to capture precise spatial distributions of signal quality. This approach enables reliable indoor localization and performance mapping, essential for deploying private 5G systems in factories, warehouses, and other indoor spaces. With 3 citations, this foundational study has already influenced subsequent research in industrial 5G applications. Terai’s work bridges the gap between theoretical 5G capabilities and practical, real-world deployment, making him a key figure in advancing wireless infrastructure for the Internet of Things and smart manufacturing. His research continues to shape how engineers design and optimize indoor wireless networks for high-reliability, low-latency communications.