Isao Nagasawa
Papers
2
Total Citations
15
H-Index
2
About
Isao Nagasawa’s research career centers on the intersection of robotics, knowledge representation, and automated assembly systems. His foundational work explores how robotic tasks can be structured, programmed, and executed with greater autonomy and precision. In his most cited paper, “Representation and Programming for a Robotic Assembly Task Using an Assembly Structure” (2007, 12 citations), Nagasawa introduces a novel methodology that integrates position and force controls within a four-level control hierarchy. This framework allows robots to interpret and execute complex assembly sequences by leveraging an “assembly structure”—a formal representation of task knowledge that bridges product design and robotic action. Earlier, in “Method of Generating Assembly Action Using Assembly Architecture and Task Skill” (1994, 3 citations), he proposed a method to automatically generate action sequences by defining state spaces through qualitative landmarks, such as object positions and contact states. Though his citation counts are modest, Nagasawa’s contributions are notable for their conceptual depth and practical relevance to industrial automation. His work anticipates modern developments in skill-based programming and cognitive robotics, offering a systematic approach to making assembly tasks more adaptable and intelligent. For students and researchers, Nagasawa’s research provides a clear, structured entry point into the challenges of robotic manipulation and task planning.
Research Focus
Key Achievements
Top Papers
- 1
- 2