Ali Shahdi

McMaster University, Council for Scientific and Industrial Research

Papers

Total Citations

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About

Ali Shahdi’s research lies at the intersection of cooperative robotics and autonomous navigation, with a focus on overcoming the challenges of communication delays and environmental constraints. His most cited work, “Discrete-time multi-model control for cooperative teleoperation under time delay” (2006, 17 citations), addresses the complexities of controlling multiple slave manipulators in cooperative telerobotic systems, where dynamic interactions and latency pose significant hurdles. This contribution provides a foundational framework for enhancing the stability and performance of multi-robot systems in remote operations. In a second highly cited paper, “Localisation and mapping in GPS-denied environments using RFID tags” (2012, 10 citations), Shahdi tackles the Simultaneous Localization and Mapping (SLAM) problem in underground mining environments—a setting with sparse features and no GPS access. By leveraging RFID tags, his work enables autonomous vehicle navigation in hazardous, GPS-denied conditions, offering practical solutions for industrial automation and safety. These contributions demonstrate Shahdi’s impact in advancing control theory and sensor-based navigation for real-world robotic applications, with his work cited by researchers in robotics, control systems, and autonomous vehicles.