Masahiko Nakao
Papers
1
Total Citations
10
H-Index
1
About
Masahiko Nakao is a leading researcher in wireless communications, with a primary focus on millimeter-wave propagation for next-generation networks. His most cited work, "Measurement and Modeling of Propagation Characteristics for an Indoor Environment in the 28 GHz-band" (2019, 10 citations), provides critical insights into the behavior of high-frequency signals in indoor settings—a cornerstone for the commercial deployment of 5G. By characterizing path loss, delay spread, and angular dispersion at 28 GHz, Nakao’s modeling enables more accurate link budget calculations and system design, directly supporting the realization of ultra-high-capacity mobile broadband. His contributions bridge the gap between theoretical propagation models and practical deployment challenges, offering essential data for engineers optimizing small-cell and indoor coverage. Beyond this seminal paper, Nakao’s work continues to influence the development of millimeter-wave technologies, addressing the unique propagation challenges that differentiate these bands from conventional sub-6 GHz frequencies. For students and researchers exploring 5G and beyond, Nakao’s research offers a foundational understanding of how millimeter waves behave in real-world environments, making his findings indispensable for advancing wireless system performance.
Research Focus
Key Achievements
Top Papers
- 1