L. V. Konchina

Papers

Total Citations

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About

L. V. Konchina is a researcher specializing in robotics and biomechanical engineering, with a focused expertise in the mathematical modeling and simulation of exoskeleton systems designed to support human musculoskeletal function. Their work centers on the development of innovative 3D models of controllable hinged mechanisms, particularly those incorporating variable-length links — a distinctive departure from conventional fixed-length exoskeleton designs that has meaningfully advanced the field's modeling capabilities. Konchina's most significant contribution lies in establishing a progressive, hierarchical approach to exoskeleton modeling: building from single-link systems with fixed spatial points to sophisticated two-link, three-dimensional configurations that more accurately replicate the mechanics of the human supporting leg. This methodology, detailed across their most-cited publications, introduces novel angle calculation techniques that improve upon existing models in both precision and applicability. Their 2021 paper on simulating the movement of an exoskeleton's supporting leg has garnered 8 citations, reflecting meaningful uptake within the robotics and rehabilitation engineering communities. With a cumulative citation count of 12 across their key works, Konchina's research offers valuable frameworks for researchers and engineers working on assistive mobility technologies, making their contributions particularly relevant to the growing field of rehabilitation robotics and human movement support systems.