Hayata Kaneko

Papers

Total Citations

H-Index

About

Hayata Kaneko is a robotics researcher whose work focuses on automating food service and recycling processes through intelligent robotic manipulation. His primary research areas include grasp point calculation, food waste detection, and the development of dish-recycling robots for the food industry. Kaneko’s major contribution lies in addressing the critical bottleneck of real-time grasp point calculation, which has historically hindered the efficiency of automatic dish-recycling systems. By developing methods to rapidly compute optimal grasp points, he has enabled robots to handle diverse dishware in dynamic environments without time-consuming pre-programming. Additionally, his work on food waste detection is pivotal for preventing contamination of robotic systems and ensuring hygienic operation in restaurants and industrial kitchens. His most-cited paper, "Grasp Point Calculation and Food Waste Detection for Dish-recycling Robot" (2022), has garnered 6 citations and represents a foundational step toward fully autonomous, waste-aware dish recycling. Kaneko’s research directly addresses practical challenges in the food industry, promising to enhance operational efficiency, reduce labor costs, and improve sanitation. His innovative approach to combining perception and manipulation continues to inspire further developments in service robotics.