Tomoya Nishiyama
Papers
2
Total Citations
7
H-Index
2
About
Tomoya Nishiyama is a researcher focused on the critical intersection of human safety and robotics, particularly within collaborative manufacturing environments. His work addresses the pressing need for safe human-robot coexistence in settings like cell production lines, where close interaction is unavoidable. Nishiyama’s primary contribution lies in developing quantitative methods to estimate and mitigate collision risks. His most cited paper, “Potential Runaway Motion Volume in Task Space for Estimating The Probability of Occurrence of A Human-Robot Collision” (2018), introduces a novel framework for calculating the likelihood of accidents, moving beyond qualitative assessments to provide engineers with actionable safety metrics. This work, with 5 citations, has laid groundwork for more reliable risk assessment in industrial robotics. Additionally, his earlier study on “Human Avoidance Action Characteristics against Approaching Motions of a Robot End Effector at Close Range Triggered by Human Errors” (2015) explores how workers instinctively react to robot movements, offering insights into designing safer interaction protocols. Though his citation counts are modest, Nishiyama’s research is foundational for the emerging field of proactive safety in human-robot teams, directly addressing real-world hazards in smart factories.
Research Focus
Key Achievements
Top Papers
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