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F. Allahverdi is a researcher specializing in rehabilitation robotics, with a particular focus on cable-driven systems for patients with cerebral palsy. Their work integrates kinematic analysis, dynamic modeling, and advanced control strategies to develop wearable and assistive robotic devices. A key contribution is the kinematic development of a cable-driven rehabilitation robot that analyzes healthy walking patterns using a seven-link model, enabling targeted therapy for cerebral palsy patients (2023, 5 citations). Allahverdi further advanced the field by designing a dynamic model and optimal sliding mode controller for a wearable bipedal cable robot with seven degrees of freedom, addressing inefficiencies caused by bulky joint-mounted motors in lower-limb rehabilitation (2024, 4 citations). Additionally, they proposed a novel balance rehabilitation cable robot specifically tailored for cerebral palsy patients (2024, 2 citations). Though early in their career, Allahverdi’s work demonstrates a clear trajectory toward improving patient outcomes through lightweight, efficient robotic systems. Their research holds promise for reducing the complexity and physical burden of rehabilitation, making therapy more accessible for individuals with motor impairments.