Ghaida Al Zeer

Papers

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About

Ghaida Al Zeer’s research focuses on the foundational challenge of autonomous navigation, specifically in **path planning for mobile robots** operating in static, known environments. Her major contribution lies in developing computationally efficient, off-line methods that enable robots to generate collision-free routes between start and target positions. In her 2007 work, “Path Planning for Mobile Robots by Means of Approximate Routes” (4 citations), she introduced a novel approach that computes the entire desired path in advance, avoiding static obstacles without the need for real-time recalculation. She advanced this framework in her 2008 paper, “Extended Method for Path Planning Using Auxiliary Corners” (3 citations), where she refined obstacle avoidance by leveraging the corners of rectangular obstacle boundaries as auxiliary positions. This technique simplifies the geometric complexity of navigation, making it more practical for implementation. While her citation counts are modest, Al Zeer’s work represents a meaningful step in the evolution of deterministic path planning algorithms, offering a clear, systematic alternative to more computationally intensive methods. Her research is particularly valuable for students and engineers seeking foundational, easy-to-implement solutions in mobile robotics.