論文

• Sena Safarina, Satoko Moriguchi, Tim J. Mullin, Makoto Yamashita. Conic relaxation approaches for equal deployment problems, Discrete Applied Mathematics, Mar. 2020.
• Sena Safarina, Tim J. Mullin, Makoto Yamashita. Polyhedral-based Methods for Mixed-Integer SOCP in Tree Breeding, Journal of the Operation Research Society of Japan, Nov. 2019.
• Makoto Yamashita, Tim J. Mullin, Sena Safarina. An efficient second-order cone programming approach for optimal selection in tree breeding, Optimization Letters, Springer, Volume 12, 7, pp. 1683–1697, Jan. 2018.

国際会議発表 (査読有り)

• Subchan Subchan, Makoto Yamashita, Alvian Alif Hidayatullah, Sena Safarina, Mahmud Yunus. Projection Onto Convex Sets Approach to Solve Homogeneous Self Dual Model of Portfolio Optimization, 2023 International Conference on Advanced Mechatronics, Intelligent Manufacture and Industrial Automation, Feb. 2024.

国際会議発表 (査読なし・不明)

• Sena Safarina, Makoto Yamashita. A Modified Splitting Lagrangian Multiplier Method for Semi-Integer Problem, SIAM Conference on Optimization 2023, June 2023.
• Sena Safarina*, Makoto Yamashita. A Cone Decomposition Method for Semi-Integer Problems, SIAM Conference on Optimization 2021, July 2021.
• Makoto Yamashita*, Sena Safarina, Tim J. Mullin, Satokoro Moriguchi. An efficient mathematical approach for optimal selection problems in tree breeding, 2019 International Symposium for Advanced Computing and Information Technology, Aug. 2019.
• Sena Safarina, Tim J. Mullin, Makoto Yamashita. A Cone Decomposition Method with Sparse Matrix for Mixed-Integer SOCP problem, ICCOPT 2019, Aug. 2019.
• Sena Safarina, Makoto Yamashita. Cone Decomposition Method for Mixed-Integer SOCP arising from tree breeding, 23rd International Symposium on Mathematical Programming, July 2018.
• Sena Safarina, Makoto Yamashita. A Lifted-Polyhedral-Programming Approach for Optimal Contribution Problems, SIAM Conference on Optimization 2017, May 2017.
• Makoto Yamashita, Tim J. Mullin, Sena Safarina. A Steep-Ascent Method for MI-SOCP arising from Tree Breeding, SIAM Conference on Optimization 2017, May 2017.
• Makoto Yamashita, Tim J Mullin, Sena Safarina. A Fast SOCP-based Method for Optimal Selection Problem in Tree Breeding, INFORMS Annual Meeting, Nov. 2016.
• Makoto Yamashita*, Sena Safarina, Tim J Mullin. Mixed-integer SOCP in optimal contribution selection of tree breeding, Workshop on Advances in Optimization, Aug. 2016.
• Sena Safarina, Tim J Mullin, Makoto Yamashita. An Efficient Second-Order Cone Programming Approach for Optimal Selection in Tree Breeding, ICCOPT (International Conference on Continuous Optimization) 2016 Tokyo, Aug. 2016.

国内会議発表 (査読なし・不明)

• Sena Safarina, Makoto Yamashita. A Conic Relaxation Approach for Semi-Integer arising from Tree Breeding, 日本オペレーションズ・リサーチ学会2021年春季研究発表会, Mar. 2021.
• Sena Safarina, Tim J. Mullin, Makoto Yamashita. A Cone Decomposition Method for Optimal Contribution Selection in Forest Tree Management, 高度情報化社会に向けた数理最適化の新潮流, RIMS Koukyuroku, No. 2108, Apr. 2019.
• Sena Safarina, Makoto Yamashita, Tim J. Mullin. A polyhedral based method for optimal contribution selection problem, 高度情報化社会に向けた数理最適化の新潮流, Aug. 2018.
• Sena Safarina, Makoto Yamashita. An Application of Polyhedral Relaxations to Optimal Contribution Selection of Tree Breeding Problem, Development of Mathematical Optimization: Modeling and Algorithms, RIMS Koukyuroku, No. 2069, July 2018.
• 山下真*, Tim J. Mullin, Sena Safarina. 樹木園種別構成問題に現れる錐最適化問題への効率的な解法の構築, 日本オペレーションズ・リサーチ学会 研究部会 最適化とその応用, May 2018.
• Sena Safarina, Makoto Yamashita. 最適構成問題に対するLPP緩和に基づいた整数計画問題による定式化, 数理最適化の発展：モデル化とアルゴリズム, Aug. 2017.

学位論文

• Relaxation Approaches for Mixed-Integer Second-Order Cone Programming in Tree Breeding Problems,  Exam Summary,  Doctor (Science),  Tokyo Institute of Technology,  2019/09/20,   
• Relaxation Approaches for Mixed-Integer Second-Order Cone Programming in Tree Breeding Problems,  Summary,  Doctor (Science),  Tokyo Institute of Technology,  2019/09/20,   
• Relaxation Approaches for Mixed-Integer Second-Order Cone Programming in Tree Breeding Problems,  Thesis,  Doctor (Science),  Tokyo Institute of Technology,  2019/09/20,   

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