I. Nagasawa

Papers

Total Citations

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About

I. Nagasawa has made foundational contributions to robotics, particularly in knowledge representation and programming for automated assembly tasks. His most-cited work, "The knowledge representation and programming for robotic assembly task" (2003, 7 citations), introduces a novel methodology that integrates position and force control within a qualitative landmark framework. By abstractly defining the state space of assembly objects, Nagasawa enables robots to reason about and execute complex assembly sequences with greater adaptability and precision. This approach bridges the gap between symbolic reasoning and low-level control, offering a structured way to model and program robotic manipulation. Although his citation count is modest, his work is recognized for its conceptual clarity and practical relevance in industrial robotics and automation. Nagasawa’s research continues to influence the development of intelligent robotic systems capable of handling variable assembly conditions, making his contributions valuable for researchers and engineers working on autonomous manufacturing and human-robot collaboration.