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Kiyoshi Kanitani is a robotics researcher whose work has made significant contributions to cooperative manipulation, human-robot collaboration, and the control of flexible objects. His research spans two interconnected domains: the coordinated control of multiple robotic manipulators and the intelligent handling of deformable materials such as flexible sheet metal. Kanitani's most cited work, "Manipulation of a Flexible Object by Dual Manipulators" (2002, 54 citations), exemplifies his innovative approach to a challenging problem in industrial robotics — developing control algorithms that account for the complex deformation dynamics of flexible sheet metal during robotic handling. Building on foundational work published as early as 1995, he systematically extended these methods to multi-robot systems and three-dimensional deformation scenarios using finite element modeling. Equally notable is his pioneering research into human-robot collaboration, with his 2002 paper on "Robot-Human Collaboration for New Robotic Applications" garnering 51 citations. This work laid conceptual groundwork for coordinated human-robot task execution without direct mechanical coupling — a forward-thinking approach relevant to modern collaborative robotics. His unified impedance control frameworks for dynamic cooperative manipulation further demonstrate a consistent commitment to elegant, generalizable solutions. Across nearly a decade of publications, Kanitani's research has provided practical and theoretical tools that continue to inform developments in industrial automation and collaborative robotic systems.