Application of Generic Programming to Unsolved Mathematical Problems. - Keito Tanemura; Yuuki Tachibana; Yuki Tokuni; Hikaru Manabe; Ryohei Miyadera (GCCE, 2022)

The Two-Squirrel Problem and Its Relatives. - Sergey Bereg; Yuya Higashikawa; Naoki Katoh; László Kozma 002; Manuel Lafond; Günter Rote; Yuki Tokuni; Max Willert; Binhai Zhu (JCDCGGG, 2022)

Previous Player's Positions in Impartial Three-Dimensional chocolate-Bar Games with Constrained chocolate Size. - Ryohei Miyadera; Hikaru Manabe; Yuki Tokuni; Aditi Singh (JCDCGGG, 2022)

The Line-Constrained Maximum Coverage Facility Location Problem. - Hiroki Maegawa; Naoki Katoh; Yuki Tokuni; Yuya Higashikawa (COCOA (1), 2023)

Red-Black Spanners for Mixed-Charging Vehicular Networks. - Sergey Bereg; Yuya Higashikawa; Naoki Katoh; Junichi Teruyama; Yuki Tokuni; Binhai Zhu (COCOON (1), 2023)

Application of Genetic Programming to Unsolved Mathematical Problems II. - Keito Tanemura; Yuji Sasaki; Shoei Takahashi; Yuki Tokuni; Hikaru Manabe; Ryohei Miyadera (GCCE, 2023)

Faster Algorithms for Evacuation Problems in Networks with the Small Degree Sink and Uniformly Capacitated Edges. - Yuya Higashikawa; Naoki Katoh; Junichi Teruyama; Yuki Tokuni (CoRR, 2023)

The Two-Squirrel Problem and Its Relatives. - Sergey Bereg; Yuya Higashikawa; Naoki Katoh; Manuel Lafond; Yuki Tokuni; Binhai Zhu (CoRR, 2023)

A New 0(klog n) Algorithm for Josephus Problem. - Hikaru Manabe; Ryohei Miyadera; Yuji Sasaki; Shoei Takahashi; Yuki Tokuni (CoRR, 2024)

Sink location problems in dynamic flow grid networks. - Yuya Higashikawa; Ayano Nishii; Junichi Teruyama; Yuki Tokuni (Theor. Comput. Sci., 2024)

Minmax regret 1-sink location problems on dynamic flow path networks with parametric weights. - Tetsuya Fujie; Yuya Higashikawa; Naoki Katoh; Junichi Teruyama; Yuki Tokuni (J. Comb. Optim., 2024)

Faster algorithms for evacuation problems in networks with a single sink of small degree and bounded capacitated edges. - Yuya Higashikawa; Naoki Katoh; Junichi Teruyama; Yuki Tokuni (J. Comb. Optim., 2024)

Constructing red-black spanners for mixed-charging vehicular networks. - Sergey Bereg; Yuya Higashikawa; Naoki Katoh; Junichi Teruyama; Yuki Tokuni; Binhai Zhu (Theor. Comput. Sci., 2025)