P. Quintero-Alvarez

Papers

Total Citations

H-Index

About

P. Quintero-Alvarez is a robotics researcher whose work centers on autonomous navigation and motion planning for mobile robotic systems. Their primary contributions lie in the development of collision-free path-planning methodologies, with a particular focus on articulated and nonholonomic mobile robots operating in complex, cluttered environments. Quintero-Alvarez's most notable achievement is the formulation and application of the Feasible Velocities Polygon (FVP), an innovative technique that represents environmental obstacles within a robot's velocity space, enabling real-time, efficient navigation decisions without collisions. This velocity-space approach offers a computationally elegant solution to a classically challenging problem in robotics — guiding articulated robots safely through dynamic and obstacle-rich settings. Published across multiple venues in 2007, their research has accumulated citations that reflect a specialized but meaningful impact within the robotics and path-planning community, with their leading paper garnering 4 citations. While Quintero-Alvarez's citation profile remains modest, their methodological contributions provide a valuable foundation for researchers working on robot kinematics, autonomous systems, and real-time motion planning — areas that continue to grow in relevance as robotics applications expand across industry and academia.