Alexander Blinov

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About

Alexander Blinov is an emerging researcher specializing in biomechanical modeling, robotics, and assistive technology, with a particular focus on exoskeleton and prosthetic systems for human locomotion support. His work centers on developing sophisticated computational models that simulate human movement, addressing critical challenges in rehabilitative engineering and human-machine interaction. Blinov's most notable contribution is his innovative two-link exoskeleton model featuring variable-length links, introduced in his 2021 paper on supporting leg simulation in 3D space, which has garnered 8 citations. This work distinguishes itself from prior research through its novel variable-length link design and refined angle calculation methodology, advancing the precision of lower-limb support systems. Building on this foundation, his 2023 electromechanical model further bridges mechanical design with electrical actuation principles for exoskeleton and prosthetic applications. His 2022 study on anthropoid motion extends this research into dynamic environments, modeling a three-link system mimicking shin, hip, and torso segments responding to mobile surface interactions — a significant step toward understanding locomotion adaptability. Collectively accumulating 14 citations across his recent publications, Blinov's research holds meaningful implications for the development of next-generation assistive devices serving individuals with mobility impairments.