Probabilistic Inference to the Problem of Inverse-halftoning based on Statistical Mechanics of the Q-Ising Model. - Yohei Saika; Jun-ichi Inoue (FOCI, 2007)

Inverse-Halftoning for Error Diffusion Based on Statistical Mechanics of the Spin System. - Yohei Saika (ICONIP (1), 2007)

Statistical-Mechanical Analysis of Inverse Digital-Halftoning. - Jun-ichi Inoue; Yohei Saika; Masato Okada (ISDA, 2007)

Performance Estimation of Generalized Statistical Smoothing to Inverse Halftoning Based on the MTF Function of Human Eyes. - Yohei Saika; Kouki Sugimoto; Ken Okamoto (ICA3PP (2), 2010)

Statistical mechanics of digital halftoning - Jun-ichi Inoue; Yohei Saika; Masato Okada (CoRR, 2010)

Bethe approximation to inverse halftoning using multiple halftone images. - Yohei Saika; Toshizumi Aoki (ICNC, 2011)

Statistical mechanical iterative method for inverse halftoning using multiple halftone images. - Yohei Saika; Toshizumi Aoki (ICIS, 2011)

Performance of generalized statistical smoothing to inverse halftoning due to human vision system. - Yohei Saika; Ken Okamoto (ICIS, 2011)

Robustness in Environmental Prediction Using Human Sensitivity Based on Statistical Mechanics of Spin Model. - Yohei Saika; Yuichi Nakamura 006; Tomoyasu Ichimura; Masahiro Nakagawa (GCCE, 2020)

Dynamical Properties of Environmental Prediction Using Human Sensitivity. - Yohei Saika; Yuichi Nakamura 006; Tomoyasu Ichimura; Masahiro Nakagawa (GCCE, 2021)

Bayes-optimal Solution for Environmental Prediction Using Human Sensitivity. - Yohei Saika; Masahiro Nakagawa (ASCC, 2022)