Vegetation Isoline Equations with Higher Order Interaction Terms to Improve Accuracy in Retrieval of Vegetation Biophysical Parameters. - Munenori Miura; Hiroki Yoshioka (IGARSS (3), 2008)

Vegetation isoline equations for analysis of hyper-spectral data with higher order interaction terms. - Munenori Miura; Kenta Obata; Hiroki Yoshioka (IGARSS, 2010)

Optimization technique of asymmetric-order vegetation isoline equations. - Munenori Miura; Kenta Obata; Kenta Taniguchi; Hiroki Yoshioka (IGARSS, 2017)

Analysis of the scaling effect present in the relative differences between NDVIs obtained from multiple sensors, based on the soil isoline equation. - Kenta Taniguchi; Munenori Miura; Kenta Obata; Hiroki Yoshioka (IGARSS, 2017)

Improved Accuracy of the Asymmetric Second-Order Vegetation Isoline Equation over the RED-NIR Reflectance Space. - Munenori Miura; Kenta Obata; Kenta Taniguchi; Hiroki Yoshioka (Sensors, 2017)

Wavelength Extension of the Optimized Asymmetric-Order Vegetation Isoline Equation to Cover the Range from Visible to Near-Infrared. - Munenori Miura; Kenta Obata; Hiroki Yoshioka (Remote. Sens., 2022)