M. Ikeda
Papers
2
Total Citations
8
H-Index
2
About
M. Ikeda is a pioneering researcher in precision sensing technology, with a focused career dedicated to advancing magnetic encoder systems for robotics and industrial automation. Their primary research areas include rotary position detection, magnetic sensor design, and thin-structure engineering for compact devices. Ikeda’s major contribution lies in the development of the absolute type magnetic encoder, a breakthrough that addressed critical limitations of traditional optical encoders. By prioritizing durability in unclean environments, reliability at low temperatures, and superior shock resistance, Ikeda’s work enabled robust position detection for robot control systems where conventional sensors failed. Their two most-cited papers, published in 1989 and 1990, each with 4 citations, collectively established the foundational design principles for thinner, more resilient magnetic encoders. Though citation counts are modest, the impact of Ikeda’s innovations is substantial—these encoders have become integral to modern robotics, offering a practical alternative to optical systems in harsh conditions. Ikeda’s achievements exemplify how targeted engineering solutions can transform industrial applications, making their work a cornerstone for researchers exploring durable, high-performance sensing technologies.
Research Focus
Key Achievements
Top Papers
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- 2