Search Results - Sen's multi-objective linear programming method

Electromagnetic Signal Classification Based on Class Exemplar Selection and Multi-Objective Linear Programming by Zhou, Huaji, Bai, Jing, Niu, Linchun, Xu, Jie, Xiao, Zhu, Zheng, Shilian, Jiao, Licheng, Yang, Xiaoniu

“… In this paper, an electromagnetic signal classification framework based on class exemplar selection and a multi-objective linear programming classifier (CES-MOLPC…”
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A Multi-Objective Modeling Method of Multi-Satellite Imaging Task Planning for Large Regional Mapping by Chen, Yaxin, Xu, Miaozhong, Shen, Xin, Zhang, Guo, Lu, Zezhong, Xu, Junfei

“… Aiming at multi-satellite imaging task planning for large-area image acquisition, this paper proposes a multi-objective modeling method…”
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Multi-Objective Mayfly Optimization Algorithm Based on Dimensional Swap Variation for RFID Network Planning by Xie, Xiaode, Zheng, Jiali, Feng, Minyu, He, Siyi, Lin, Zihan

“…In this study, a multi-objective mayfly optimization algorithm based on dimensional swap variation (DSV-MOMA…”
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Alternative rational technique to compute multi-objective linear programming problems by Abbas Younis al-Bayati, Basim Abbas Hassan, Baraat sulayman

“…Abstract In this paper, we have been suggested an alterative rational technique to compute the value of the objective function of a multi-objective linear programming problems…”
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A Multi-Objective Gray Consistency Correction Method for Mosaicking Regional SAR Intensity Images with Brightness Anomalies by Wang, Jiaying, Shen, Xin, Li, Deren, Li, Litao, Jiang, Yonghua, Pan, Jun, Lu, Zezhong, Yao, Wei

“… We propose a multi-objective gray consistency correction method designed explicitly for mosaicking regional SAR intensity images with brightness anomalies to address…”
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Computational modelling under uncertainty: statistical mean approach to optimize fuzzy multi-objective linear programming problem with trapezoidal numbers by Shrivastava, Arti, Saxena, Bharti, Bhardwaj, Ramakant, Ghosh, Aditya, Narayan, Satyendra

“…This study presents a comprehensive approach to solving fuzzy multi-objective linear programming problems (FMOLPP…”
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Multi-Objective Optimization of Gateway Location Selection in Long-Range Wide Area Networks: A Tradeoff Analysis between System Costs and Bitrate Maximization by Savithi, Charuay, Kaewta, Chutchai

“… The Pareto front and TOPSIS methods are employed to evaluate and rank the generated solutions, providing a robust…”
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Optimal Solution of a Multi-Objective Transportation Problem Using Chandrasen and Simplex Methods by Rajput, Surendra, Srivastava, Rajesh, Mandloi, Anita, Panthi, Jyoti

“… The study formulates the problem as a multi-objective linear programming model and solves individual objective functions using the simplex Method…”
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Multi-objective Optimization of Reverse Logistics Network Based on Random Weights and Genetic Algorithm by Yanchao Lu, Pengchao Lu, Litao Liang

“… In this paper, we fully considered environment effect and the waste recycling factors, such as locations, frequency, quality and quantity, and established a reverse logistics network multi-objective…”
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A New 2-Phase Optimization-Based Guaranteed Connected Target Coverage for Wireless Sensor Networks by Keshmiri, Hossein, Bakhshi, Hamidreza

“…) using a new multi-objective integer linear programming (ILP) model. Set of remaining nodes that could not be formed into an independent CS, are allocated…”
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Optimizing Network Slicing in Distributed Large Scale Infrastructures: From Heuristics to Controlled Deep Reinforcement Learning by Esteves, Jose Jurandir Alves, Boubendir, Amina, Guillemin, Fabrice, Sens, Pierre

“… Finally, we investigate the use of Machine Learning (ML) methods, specifically DRL, to increase the scalability and automation of network slice placement by considering a multi-objective optimization approach to the problem. We will go through the extensive evaluation work that provide encouraging results about the advantages of the proposed approaches when used in realistic network scenarios…”
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Real-coded grey wolf optimisation algorithm for progressive thermal power system unit commitment by Tan Ying

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