Kamol Boonlom
Papers
6
Total Citations
31
H-Index
4
About
Kamol Boonlom is a researcher whose work spans agricultural robotics, optical wireless communications, and pipeline inspection technologies — fields united by a shared commitment to intelligent sensing and control systems for challenging real-world environments. His early contributions focused on precision agriculture, most notably his 2018 work on velocity control systems for rice-sowing robots operating in mud rice fields, which garnered 11 citations and addressed the critical challenge of maintaining consistent seed spacing in difficult terrain. In recent years, Boonlom has emerged as a specialist in optical wireless communication and sensing within pipe environments, developing innovative LED-based systems capable of transmitting data and detecting physical conditions inside closed pipelines. His multiwavelength optical sensing research — employing visible light across blue, green, yellow, and red spectra — has advanced methods for estimating water-fill levels and stratification states inside PVC pipelines, with multiple papers from 2024 and 2025 already accumulating five citations each. His broader pipeline inspection portfolio extends to acoustic sensing with robotic platforms, demonstrating a versatile, systems-oriented research vision. Collectively, Boonlom's work reflects a distinctive expertise in integrating optics, robotics, and embedded control for environments where conventional sensing approaches fall short.
Research Focus
Key Achievements
Top Papers
- 1A Control System of Velocity for Rice Sowing Robot in Mud Rice Field11 citations · 2018
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