Presentation
- 二宮嘉行・吉本 敦2011ベイズ法を用いた単木成長予測モデル, FORMATH, 10: 333-349
樹幹解析データ及び収穫表データに基づく密度管理図成長モデルの再構築
- 吉本 敦・加茂憲一・栁原宏和2012Rによる環境データの統計分析，朝倉書店，東京，
- Yoshimoto, A., Paredes, G.V., Brodie, J. 1988. Efficient Optimization of An Individual Tree Growth Model, USDA Forest Service General Technical Report RM-161:154–162 (FORMATH 15 (2016): 20–32, DOI:10.15684/formath.15.003)
- Yoshimoto, A., Haight, R.G., Brodie, J.D.1990A comparison of the patter search algorithm and the modified PATH algorithm for optimizing an individual tree model, Forest Science 36:394-412
- 吉本 敦2003MSPATHアルゴリズムを用いた動的計画法による林分経営最適化モデル，統計数理51(1):73-94
- Yoshimoto, A., Marušák, R.2007Evaluation of carbon sequestration and thinning regimes within the optimization framework for forest stand management, Eur J Forest Res, 126(2): 315-329
- 木島真志・吉本 敦・嘉戸昭夫2009富山県シルブの森成長モデルを用いた間伐手法・強度・時期の最適化, FORMATH, 8: 121-136
- Yoshimoto, A., Yanagihara, H., Kato, A.2008Economic analysis of snow damage on sugi (Cryptomeria japonica) forest stands in Japan within the forest stand optimization framework,J Forest Sci, 24: 143-149
- Ribeiro, N.A., Surový, P., Yoshimoto, A.2012Optimal regeneration regime under continuous crown cover requirements in cork oak woodlands, FORMATH, 11: 83-102
- Surový, P., Yoshimoto, A.2013Application of a functional-structural plant model (FSPM) to optimize a management regime, FORMATH, 12: 173-189
- Yoshimoto, A., Asante, P., Konoshima, M.2016Stand-level forest management planning approaches, Curr. Forestry Rep., 2, 163-176, DOI:10.1007/s40725-016-0041-0
線形計画法に基づく古典的森林伐採計画モデリングModel I
線形計画法に基づく古典的森林伐採計画モデリングModel II
隣接伐採制約を考慮した離散最適化による最適森林管理モデリング
- Yoshimoto, A., Brodie, J.D., Sessions, J.1994A new heuristic to solve spatially constrained long-term harvest scheduling problems, Forest Science 40:365-396
- Yoshimoto, A., Brodie, J.D.1994Comparative analysis of algorithms to generate adjacency constraints, Can J Forest Res 24:1277-1288
- Yoshimoto, A., Brodie, J.D.1994Short- and long-term impacts of spatial constraints on harvest scheduling with reference to riparian zone planning, Can J Forest Res 24:1617-1628
- Yoshimoto, A.2001Potential use of a spatially constrained harvest scheduling model for biodiversity concerns : Exclusion periods to create heterogeneity in forest structure, J Forest Res, 6:21-30
- Yoshimoto, A., Konoshima, M.2016Spatially constrained harvest scheduling for multiple harvests by exact formulation with common matrix algebra, J Forest Res, 21: 15-22; DOI: 10.1007/s10310-015-0507-0
事前列挙ヒュイリスティックを用いた離散最適化による林分集約に基づく団地化生成モデリング
- Yoshimoto, A., Asante, P., Konoshima, M.2017Optimal forest stand aggregation and harvest scheduling using compactly formulated integer programming, FORMATH, 16, 22-31, DOI:10.15684/formath.16.003
最大フロー問題を用いた離散最適化による最大伐採面積制約を考慮した最適森林資源管理モデリング
- Yoshimoto, A., Asante, P.2018A new optimization model for spatially constrained harvest scheduling under area restrictions through maximum flow problem, Forest Sci., 64: 392-406, DOI:10.1093/forsci/fxy006
最大フロー問題を用いた離散最適化による最大伐採面積および焦点集約制約を考慮した最適森林資源管理モデリング
- Yoshimoto, A., Asante, P.2019Focal-point aggregation under area restrictions through spatially constrained optimal harvest scheduling, Forest Sci., 65: 164-177, DOI:10.1093/forsci/fxy044
最大フロー問題を用いた離散最適化による最大伐採面積よおびコリドー連結を考慮した最適森林資源管理モデリング
- Yoshimoto, A.2020Optimal aggregation of forest units to clusters as “Danchi” under lower and upper size bounds for forest management in Japan, FORMATH, 19. DOI: 10.15684/formath.19.005