Papers
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2
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About
Yasser Salem is a robotics researcher whose work centers on autonomous navigation, kinematic modeling, and the integration of artificial intelligence in educational robotics. His most-cited study, "Position and orientation analysis of Jupiter robot arm for navigation stability" (2025), addresses a critical challenge in mobile manipulation: ensuring that a robotic arm's motion does not destabilize the platform during autonomous navigation. By designing a kinematic model for the Jupiter robot arm, Salem’s work directly enhances the robot’s ability to maintain balance while performing tasks, a key contribution to the safe deployment of AI-driven educational robots. The Jupiter robot, widely recognized for its support of autonomous navigation and visual perception through an AI learning box, benefits from Salem’s analysis, which helps stabilize its movements in real-world educational settings. With 2 citations already, this work is gaining attention for its practical implications. Salem’s research bridges the gap between theoretical kinematics and applied robotics, making him a notable figure in advancing interactive, stable robotic systems for learning environments.
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