Lorant Fodor

Budapest University of Technology and Economics

Papers

Total Citations

H-Index

About

Lorant Fodor is a researcher whose work bridges robotics, human-centered design, and environmental safety, with a focus on making robots seamlessly integrate into everyday human spaces. His key research areas include robot localization, human-robot interaction, and the design of robot-compatible environments. Fodor’s major contribution lies in his innovative approach to visual landmark design for indoor robot navigation. In his most-cited paper, "Aesthetic marker design for home robot localization" (2012, 12 citations), he introduced a marker technique that balances functional efficiency with aesthetic appeal, ensuring that robotic systems can operate effectively in human-inhabited spaces without compromising visual harmony. This work highlights his commitment to merging technical performance with user experience. Additionally, his paper "Safety aspects and guidelines for robot compatible environment" (2012, 4 citations) provides foundational guidelines for harmonizing built environments with robotic systems, addressing critical safety and compatibility issues as service robots become more prevalent. Fodor’s research is notable for its practical relevance, offering design principles that support the safe and unobtrusive integration of robots into homes and public spaces. His work is a valuable resource for students and researchers interested in human-centered robotics and the future of autonomous systems in everyday life.