A Case Study of Learning by Problem-Posing in Introductory Phase of Arithmetic Word Problems. - Sho Yamamoto; Takehiro Kanbe; Yuta Yoshida; Kazushige Maeda; Tsukasa Hirashima (ICCE, 2012)

Learning by Problem-Posing with Online Connected Media Tablets. - Sho Yamamoto; Takehiro Kanbe; Yuta Yoshida; Kazushige Maeda; Tsukasa Hirashima (HCI (15), 2013)

Interactive Environment for Learning by Problem-Posing of Arithmetic Word Problems Solved by One-step Multiplication. - Sho Yamamoto; Takuya Hashimoto; Takehiro Kanbe; Yuta Yoshida; Kazushige Maeda; Tsukasa Hirashima (ICCE, 2013)

Interactive Environment for Learning by Problem-Posing of Arithmetic Word Problems Solved by One-step Multiplication and Division. - Sho Yamamoto; Yuki Akao; Mitsutaka Murotsu; Takehiro Kanbe; Yuta Yoshida; Kazushige Maeda; Yusuke Hayashi; Tsukasa Hirashima (ICCE, 2014)

Practical Use of Interactive Environment for Learning by Problem-posing for One-step Multiplication and Division Word Problems. - Sho Yamamoto; Yuki Akao; Mitsutaka Murotsu; Takehiro Kanbe; Yuta Yoshida; Kazushige Maeda; Yusuke Hayashi; Tsukasa Hirashima (ICCE, 2014)

A 5.92-Mb/mm2 28-nm pseudo 2-read/write dual-port SRAM using double pumping circuitry. - Yuichiro Ishii; Makoto Yabuuchi; Yohei Sawada; Masao Morimoto; Yasumasa Tsukamoto; Yuta Yoshida; Ken Shibata; Toshiaki Sano; Shinji Tanaka; Koji Nii (A-SSCC, 2016)

Influence of Personal Characteristics on Nonverbal Information for Estimating Communication Smoothness. - Yumi Wakita; Yuta Yoshida; Mayu Nakamura (HCI (3), 2016)

OCT Volumetric Data Restoration with Latent Distribution of Refractive Index. - Genki Fujii; Yuta Yoshida; Shogo Muramatsu; Shunsuke Ono; Samuel Choi; Takeru Ota; Fumiaki Nin; Hiroshi Hibino (ICIP, 2019)

Sparsity-Aware OCT Volumetric Data Restoration Using Optical Synthesis Model. - Ruiki Kobayashi; Genki Fujii; Yuta Yoshida; Takeru Ota; Fumiaki Nin; Hiroshi Hibino; Samuel Choi; Shunsuke Ono; Shogo Muramatsu (IEEE Trans. Computational Imaging, 2022)

Anti-Slip Power-Assist Control System for Electric Transporter Based on Slip Acceleration Control. - Hirotaka Kitagawa; Juan Padron; Kiyoshi Ohishi; Toshimasa Miyazaki; Yuta Yoshida; Taiga Hoshino (ICM, 2025)