
Yann Otchoun developed an Axle Speed Estimation feature for the concordia-fsae/firmware repository, enabling calculation of axle speed from individual wheel speeds. Using C programming and leveraging CAN bus communication within embedded systems, Yann refined the handling of rotational velocity data to reduce noise and improve the reliability of speed readings. This technical approach enhanced the fidelity of speed measurements, directly supporting more stable vehicle control loops and laying the groundwork for future safety features. The work demonstrated a focused application of vehicle control systems knowledge, delivering a foundational improvement to the firmware’s speed sensing and control capabilities within one month.
Monthly summary for 2025-09: Implemented Axle Speed Estimation from Wheel Speeds in concordia-fsae/firmware, refining rotational velocity handling to improve speed readings. This increases speed measurement fidelity for the vehicle control loop and supports future safety features. Key commit: b0f6ca4ff3fc0eb4512fc31002f612464a613531. Overall impact: more reliable speed sensing, improved control stability, and a solid foundation for further firmware enhancements.
Monthly summary for 2025-09: Implemented Axle Speed Estimation from Wheel Speeds in concordia-fsae/firmware, refining rotational velocity handling to improve speed readings. This increases speed measurement fidelity for the vehicle control loop and supports future safety features. Key commit: b0f6ca4ff3fc0eb4512fc31002f612464a613531. Overall impact: more reliable speed sensing, improved control stability, and a solid foundation for further firmware enhancements.

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