M. Enkhbold
Papers
1
Total Citations
2
H-Index
1
About
M. Enkhbold is a robotics researcher specializing in mobile robot localization, control systems, and sensor fusion for autonomous navigation. Their most cited work, "Coordinate Estimation Scheme for Differential Mobile Robots Using Rotary Encoder" (2019), introduces three real-time coordinate estimation methods that leverage rotary encoders mounted on the differential axis to recover yaw angle and position. This contribution addresses a fundamental challenge in mobile robotics—accurate, low-cost localization—and has garnered attention in the field. While their citation count is still growing, Enkhbold's work is notable for its practical approach to improving dead-reckoning accuracy for differential drive platforms, a common configuration in educational and industrial robots. Their research bridges theoretical estimation algorithms with real-world implementation, offering accessible solutions for robotics students and engineers. Enkhbold's focus on encoder-based methods highlights a commitment to robust, sensor-driven autonomy, making their work a valuable reference for those exploring affordable localization techniques in mobile robotics.
Research Focus
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Top Papers
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