Alberto Landi

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About

Alberto Landi’s research career is anchored in the advancement of robotics and high-performance electrical drives, with a particular focus on motion planning and motor control. His work addresses both the high-level coordination of multiple mobile robots and the precise, low-level control of novel actuation systems. A key contribution is his development of the reciprocal root locus approach for path planning, a method that simultaneously solves task assignment and collision-free trajectory generation for multi-robot systems. This foundational work, published in 2002, has garnered 5 citations and remains relevant to modern autonomous vehicle coordination. Landi also made significant strides in the control of unconventional actuators, notably the rotary-linear brushless machine, which offers direct multi-degree-of-freedom motion for applications in robotics and machine tools. His earlier research applied Variable Structure System (VSS) theory and adaptive model following control to brushless drives, demonstrating advanced techniques for high-performance servo systems. While his citation counts are modest, Landi’s contributions are notable for their technical depth and foresight in addressing the integration of planning and control in robotic systems.