Denis Ibraev

Papers

Total Citations

H-Index

About

Denis Ibraev is a researcher whose work lies at the intersection of robotics, computer vision, and educational outreach. His primary research areas focus on humanoid robot locomotion and stabilization, particularly addressing the complex challenge of bipedal walking on dynamic or movable surfaces. Ibraev’s major contributions include developing a novel approach that integrates computer vision with humanoid robot control, as demonstrated in his work on the 20-degree-of-freedom Darwin OP robot. By employing video processing algorithms based on image filtration, he enabled the robot to visually track and follow a desired path, advancing the field of vision-guided locomotion. Additionally, he proposed two distinct stabilization methods for biped robots standing on unpredictable, moving supports, tackling a critical problem in real-world robotic deployment. While his citation counts (4 citations for his top papers) reflect a focused, emerging impact, Ibraev’s work is notable for its practical, hands-on approach to solving real-world robotic challenges. Beyond technical research, he is deeply committed to education, as shown in his work on motivating students and young scientists in robotics, highlighting his dedication to nurturing the next generation of roboticists.