Max Robotics — Global Service Robot Directory + US Certification

About

D. Floroian’s research focuses on the control and coordination of multiagent robotic systems, with key contributions in trajectory tracking, vision-based surveillance, and supervisory control. Their most cited work, “Trajectory Tracking Control Of A Two-Link Robot Manipulator Using Variable Structure System Theory” (2005, 12 citations), addresses the challenge of controlling highly nonlinear robotic manipulators, proposing a robust nonlinear control design to enhance high-performance operation. This work has been foundational for researchers working on manipulator dynamics and sliding-mode control. Floroian also advanced multiagent robotics through papers like “Surveillance multiagent system using robot vision based on fuzzy controller” (2010, 3 citations), which integrates fuzzy logic with vision mechanisms to coordinate agent behavior, and “RoboSmith: Wireless Networked Architecture for Multiagent Robotic System” (2010, 3 citations), which presents a low-cost, cooperative mini-robot architecture for scalable multiagent systems. Additionally, “PETRI NETS AND AGENTS TO SUPERVISORY CONTROL OF COMPLEX ENVIRONMENT” (2010, 2 citations) introduces a command-filtering framework using Petri nets to prevent human-error-induced accidents in semiautonomous mobile sensor networks. Though their citation counts are modest, Floroian’s work demonstrates a sustained focus on practical, low-cost robotic solutions and safety-critical control, offering valuable insights for students and researchers in nonlinear control, multiagent coordination, and human-robot interaction.