Daniela Bordencea

Papers

Total Citations

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About

Daniela Bordencea is a robotics researcher whose work focuses on enhancing the flexibility and autonomy of robotic manipulators. Her key research area centers on sensor-based control systems, particularly the integration of digital compasses for orientation management in serial robots. In her most-cited paper, "Robot orientation control using digital compasses" (2013), she presents a novel application for controlling the orientation of a 6 degrees-of-freedom manipulator, enabling operators to move beyond rigid, predefined programs toward more adaptable, real-time control. This contribution addresses a fundamental challenge in robotics: creating systems that can respond dynamically to operator input without sacrificing precision. While her citation count (2) reflects the niche and early-stage nature of this work, the research demonstrates a clear commitment to practical, flexible automation solutions. Bordencea’s approach—combining low-cost sensor technology with advanced control algorithms—offers a pathway for making industrial robots more intuitive and accessible. For students and researchers exploring human-robot interaction or sensor integration, her work provides a foundational example of how simple hardware can expand robotic capabilities, paving the way for more responsive manufacturing and assistive technologies.