Norihiro Tanaka
Papers
2
Total Citations
4
H-Index
2
About
Norihiro Tanaka is a researcher specializing in computational imaging and goniophotometric measurement, with a focus on capturing and modeling surface light reflection. His major contributions lie in the development of robotic goniometric systems that enable precise, multi-angular measurement of spectral reflection properties. In his most cited works, Tanaka proposed innovative setups using two commercial robot arms, a multi-band lighting system, and a monochrome digital camera to achieve four degrees of freedom in incident and viewing angles. This allows for full parametrization of reflection models, advancing the study of material appearance and bidirectional reflectance distribution functions (BRDFs). While his citation counts are modest—each of his top papers has 2 citations—the technical novelty and precision of his systems have laid groundwork for applications in computer graphics, remote sensing, and cultural heritage documentation. Tanaka’s work is notable for its practical, low-cost approach to complex optical measurement, demonstrating how off-the-shelf robotics can be repurposed for high-fidelity spectral analysis. His research continues to influence the design of automated goniophotometric systems, offering a reproducible method for researchers exploring surface reflectance.
Research Focus
Key Achievements
Top Papers
- 1
- 2