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About

D. Reclik is a researcher specializing in robotics, with a primary focus on robot programming, collision-free path planning, and the integration of virtual and physical models. Their work addresses critical challenges in industrial automation, particularly in developing methods to enhance the safety and efficiency of robot manipulators. Reclik’s most notable contribution is the integration of a virtual 3D model of a robot manipulator with its tangible "phantom" model, a pioneering approach that offers an alternative to traditional programming via teach pendants or software like Robcad. This work, published in 2013, has garnered 31 citations, underscoring its significance in advancing human-robot interaction and simulation. Additionally, Reclik has explored signal connections in robot-integrated manufacturing systems (16 citations) and compared elastic band and B-Spline polynomial methods for smoothing collision-free trajectories (10 citations). Their research also includes automatic programming for the Mitsubishi Movemaster RV-M1 robot and workspace analysis using a 2½D algorithm. Through these contributions, Reclik has provided practical tools for generating safe, collision-free paths and improving robot programming efficiency, making a lasting impact on the field of robotics and automation.