Continuing to affirm our pioneering position in technology research and application, Fabbi is honored to join the global scientific community at the International Conference on Research in Engineering and Sustainable Management (ICRE-SM 2025), organized by the EAI.
At this year’s conference, Associate Professor Tran Dinh Tuan, Product Director of Fabbi Holdings, served as Session Chair and presented a co-authored scientific paper in collaboration with Ho Chi Minh City University of Technology. The research focuses on the application of the Dijkstra algorithm in intelligent logistics optimization.
The presented study introduces a method for optimizing navigation and product collection routes for autonomous robots in modern supermarket systems. By leveraging the Dijkstra algorithm – one of the classical algorithms in path optimization, the research team proposed a flexible, energy-efficient, and time-saving model for automatic route planning, contributing to improved operational efficiency in smart logistics systems.
This research not only demonstrates significant academic value but also holds extensive practical potential across retail, warehousing, and automation industries, aligning with the goal of building an intelligent and sustainable technological ecosystem.
Fabbi’s participation in ICRE-SM 2025 stands as a testament to the company’s strong commitment to innovation, research, and global knowledge exchange. By collaborating with leading universities and scientific institutions, Fabbi continues to assert its technical capabilities while bridging academic research with real-world technology applications in business.
This event once again reaffirms Fabbi’s sustainable direction – a journey of creating value through knowledge and technology, where today’s research efforts lay the foundation for tomorrow’s innovations.
