Chirot Charitkhuan

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About

Chirot Charitkhuan is a researcher whose work lies at the intersection of embedded systems, robotics, and real-time control. His primary research areas include FPGA-based control systems, distributed robotics architectures, and the integration of low-power computing platforms for industrial automation. Charitkhuan’s major contributions center on developing cost-effective, synchronized control solutions for small-scale robotic platforms, notably demonstrated in his work on the RoboCup small-sized league. His 2006 paper on FPGA implementation of closed-loop control systems (4 citations) addressed the critical challenge of unbalanced synchronization in off-the-shelf PID controllers, proposing a unified hardware solution. This was complemented by his distributed control system design (2 citations), which leveraged emerging embedded technology to simplify sensor integration through direct controller-to-controller communication. A decade later, Charitkhuan advanced the field with his 2016 work on a parallel Delta robot controller (2 citations), combining Raspberry Pi’s open-source flexibility with FPGA’s deterministic performance for low-power industrial applications. His research demonstrates a consistent focus on bridging the gap between academic robotics competitions and practical industrial automation, making embedded control more accessible and efficient.