V. Monaco

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About

V. Monaco is a leading researcher in the fields of biomechanics, motor control, and rehabilitation robotics, with a particular focus on balance recovery and fall prevention in aging populations. Their major contribution lies in developing and testing innovative robot-mediated strategies to counteract multidirectional slippages—a common cause of falls among older adults. In their most-cited work (2019, 14 citations), Monaco demonstrated the effectiveness of an active pelvis orthosis (APO) in helping older adults manage both anteroposterior and mediolateral perturbations, showcasing how wearable robotics can enhance postural stability. This research bridges the gap between human motor control and assistive technology, offering practical solutions for improving mobility and safety in daily life. Monaco’s work has been instrumental in advancing the design of intelligent orthotic devices, with implications for clinical rehabilitation and age-related fall prevention. Their studies are widely referenced by researchers in neurorehabilitation and human-robot interaction, underscoring the impact of their contributions to making robotic assistance more responsive to complex, real-world balance challenges.