A Walk Rally Application to Motivate Users to Visit Potential Sightseeing Resources. - Yuya Ieiri; Yuu Nakajima; Ryota Ayaki; Reiko Hishiyama (COMPSAC (2), 2017)

Promoting Environmental Education Using a Multilingual Environment: Manufacturing Soap from Waste Oil. - Bo Wang; Hiroshi Suzuki; Yuqi Liao; Yuya Ieiri; Reiko Hishiyama (COMPSAC (2), 2017)

Effect of First Impressions in Tourism by Using Walk Rally Application. - Yuya Ieiri; Takuya Mizukami; Yuu Nakajima; Ryota Ayaki; Reiko Hishiyama (Culture Computing, 2017)

Attempt to mitigate congestion by providing latent information with walk-rally application. - Yuya Ieiri; Yuu Nakajima; Reiko Hishiyama (IC4E, 2018)

Walk Rally Application for Revitalizing Shopping Areas. - Yuya Ieiri; Reiko Hishiyama; Yuu Nakajima (SoICT, 2018)

Evaluation of a Campus Navigation Application Using an AR Character Guide. - Yamato Kuwahara; Hung-Ya Tsai; Yuya Ieiri; Reiko Hishiyama (CRIWG/CollabTech, 2019)

Vision-Based Indoor Positioning (VBIP) - An Indoor AR Navigation System with a Virtual Tour Guide. - Hung-Ya Tsai; Yamato Kuwahara; Yuya Ieiri; Reiko Hishiyama (CRIWG/CollabTech, 2019)

Walk rally application development environment suitable for individual situations. - Yuya Ieiri; Yuu Nakajima; Reiko Hishiyama (IC4E, 2019)

A proposal of interaction analysis framework for multilingual discussion. - Yuqi Liao; Yuya Ieiri; Reiko Hishiyama (IC4E, 2019)

Value Creation Framework Based on Designable Evaluation Network. - Yuya Ieiri; Tengfei Shao; Reiko Hishiyama (CCIOT, 2020)

A Novel Excavation of Fortuitous Tourism Resources Candidates by Analyzing Emotional Information. - Yuya Ieiri; Reiko Hishiyama (IVSP, 2020)

Discovering Multiple Clusters of Sightseeing Spots to Improve Tourist Satisfaction Using Network Motifs. - Tengfei Shao; Yuya Ieiri; Reiko Hishiyama (IEICE Trans. Inf. Syst., 2021)

Area-POS Data: A Novel Method for Commercial Area Management. - Yuya Ieiri; Kaishu Yamaki; Sun Yue; Reiko Hishiyama (IC4E, 2022)

Investigating the effect of augmented reality technology on traditional culture experience motivation by using a novel Tosenkyo application. - Kenta Mizobuchi; Hung-Ya Tsai; Yuya Ieiri; Reiko Hishiyama; Tengfei Shao (SICE, 2022)

Value creation framework for tourist destinations based on designable evaluation network. - Yuya Ieiri; Tengfei Shao; Reiko Hishiyama (Soc. Networks, 2022)

An Analysis of Opinions on AI Ethics Based on Network Motifs using the Case Method. - Tengfei Shao; Yuya Ieiri; Hitoyoshi Hosoya; Reiko Hishiyama (ICSCA, 2023)

Design of Traditional Cultural Experiences Using Augmented Reality Based on Environmental Presence. - Yuya Ieiri; Hung-Ya Tsai; Kenta Mizobuchi; Tengfei Shao; Reiko Hishiyama (IEEE Trans. Hum. Mach. Syst., 2023)

Unveiling Market Trends in Pre-Owned Luxury Goods: An Approach Using Network Motifs for ROI Analysis. - Tengfei Shao; Yuya Ieiri; Reiko Hishiyama (ICSCA, 2024)

Time Series Network Analysis for Profit Dynamics in Pre-owned Luxury Goods Market Based on Network Motifs. - Tengfei Shao; Yuya Ieiri; Shingo Takahashi (JSAI-isAI, 2024)

Multiple Clusters Discovery Utilizing Network Motifs for Community Improvement: Insights from Tourism and Goods' Transactions. - Tengfei Shao; Yuya Ieiri; Reiko Hishiyama (J. Inf. Process., 2024)

Dynamic Analysis of the Second-hand Luxury Goods Market in an E-commerce Context: A Network Motif and Time-series Perspective. - Tengfei Shao; Yuya Ieiri; Shingo Takahashi (J. Inf. Process., 2025)

Dissecting the Second-hand Luxury Market Dynamics: Insights from E-commerce versus Brick-and-Mortar. - Tengfei Shao; Yuya Ieiri; Shingo Takahashi (J. Inf. Process., 2025)

DM3Net: Dual-Camera Super-Resolution via Domain Modulation and Multi-scale Matching. - Cong Guan; Jiacheng Ying; Yuya Ieiri; Osamu Yoshie (CoRR, 2025)

Conducting patch contrastive learning with mixture of experts on mixed datasets for medical image segmentation. - Jiazhe Wang; Osamu Yoshie; Yuya Ieiri (Neural Comput. Appl., 2025)

A learnable transformer decoder for blurred near-infrared blood vessel segmentation using domain adaptation with limited data. - Jiazhe Wang; Yuya Ieiri; Osamu Yoshie; Koichi Shimizu (Biomed. Signal Process. Control., 2026)