Mohamed Hany
Papers
1
Total Citations
2
H-Index
1
About
Mohamed Hany is a researcher focused on industrial wireless communications and performance measurement, with a particular emphasis on uncertainty analysis in testbed environments. His most cited work, "Uncertainty analysis of the dual-lift use case for the industrial wireless testbed" (2023), provides a rigorous framework for characterizing measurement uncertainty in key performance indicators (KPIs) for physical and network performance. This contribution is critical for ensuring reliability in industrial automation systems, where precise wireless communication is essential. By systematically reviewing and applying uncertainty quantification methods, Hany’s work helps validate testbed results, enabling more accurate assessments of wireless network behavior in demanding industrial settings. With 2 citations, his research supports the development of robust standards for industrial wireless technologies. Hany’s achievements include advancing the methodological rigor of performance evaluation, which is vital for engineers and researchers working on Industry 4.0 applications. His focus on dual-lift use cases—common in manufacturing—demonstrates a practical, application-driven approach to solving real-world communication challenges.
Research Focus
Key Achievements
Top Papers
- 1