Tomomi Abe
Papers
1
Total Citations
2
H-Index
1
About
Tomomi Abe is a researcher whose work centers on acoustical signal processing and sensor fusion, with a particular focus on noise reduction in challenging environments. Their key contributions lie in developing innovative methods to suppress internal noise—a pervasive problem in audio systems—by combining traditional microphones with piezoelectric devices. In their 2008 paper, "Internal noise reduction combining microphones and a piezoelectric device under blind condition," Abe introduced a novel acoustical sensor fusion approach that operates without prior knowledge of the noise source, effectively reducing interference from internal machinery or vibrations. This work, cited 2 times, laid foundational ideas for integrating non-acoustic sensors into audio arrays to enhance signal clarity. While their citation count is modest, Abe’s research demonstrates a creative, interdisciplinary approach to solving real-world audio challenges, bridging mechanical and acoustic engineering. Their work is particularly relevant for applications in consumer electronics, automotive systems, and industrial monitoring, where isolating clean audio from noisy environments is critical. Abe’s contributions highlight the value of sensor fusion in advancing practical noise control solutions.
Research Focus
Key Achievements
Top Papers
- 1