Max Robotics — Global Service Robot Directory + US Certification

About

Dalia Kass Hanna’s research career bridges foundational robotics theory with modern sensor fusion and autonomous navigation. Her most influential work, the 1989 paper “Operational characteristics of multi-robot systems with cooperation” (29 citations), introduced the concept of Multi-Robot Cooperation (MRC) and defined four distinct cooperation modes. This work established a framework for analyzing how much cooperation should be designed into multi-robot systems, providing early theoretical grounding for a field that would become central to robotics. More recently, Hanna has focused on advanced estimation techniques for mobile robots. Her 2019 paper on UKF-based image filtering and 3D reconstruction (6 citations) and her 2018 work on UKF-assisted SLAM for four-wheeled differential drive mobile robots (3 citations) demonstrate her application of the Unscented Kalman Filter to localization and mapping challenges. She has also implemented these algorithms on real hardware, integrating an Arduino Mega 2560 with the Robot Operating System (ROS) to achieve practical, real-time localization for nonholonomic robots. Hanna’s career thus spans from theoretical foundations of multi-robot cooperation to contemporary sensor fusion and embedded systems, showing a sustained commitment to advancing autonomous navigation.