A meta-heuristic optimization for a novel mathematical model for minimizing costs and maximizing donor satisfaction in blood supply chains with finite capacity queueing systems

Aghsami, Amir; Abazari, Seyed Reza; Bakhshi, A.K.; Yazdani, Mohammad Amin; Jolai, Soroush; Jolai, Fariborz

doi:10.1016/j.health.2023.100136

Cited by 11 publications

(2 citation statements)

References 38 publications

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“…A et al [19] studied the mathematical modelling, optimal control, and stability analysis for dynamic supply chain. Aghsami, A et al [20] addresses various aspects of the blood collection centres are considered in this model and storage of optimum blood level is considered. Dehghani, E et al [21] studied the Markov process and mixed-integer nonlinear programming is presented to design the distribution network of a supply chain.…”

Section: Literature Reviewmentioning

confidence: 99%

Buyers- Suppliers Win-Win Cash Flow Inventory Model with Linear Demand under Various Production Industries

S. Srividhya

2024

cana

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This paper presents an analytical and numerical analysis of an inventory model incorporating credit periods, focusing on major business concerns that face cash flow constraints. In such circumstances, credit periods serve as a crucial tool for determining optimal production inventory strategies. The foremost objective of the research is to assess the benefits accrued by both producers and buyers within a fixed credit period framework. The analytical solution model developed in this study aims to optimize production inventory costs by considering the cycle periods and interest earned during shortage periods. Through the utilization of differential equations, the model offers a comprehensive evaluation of inventory management strategies. By incorporating credit periods as a key parameter, the research investigates how producers and buyers can derive maximum benefits from this approach. Furthermore, a numerical example is given to describe the practical application of the model and demonstrate how decision variables are employed in real-world scenarios. This example showcases the effectiveness of the analytical and numerical analysis in determining optimal production inventory costs. Overall, this study contributes to the understanding of inventory management in situations where cash flow is inconsistent. By incorporating credit periods into the analysis, the research provides insights into the decision-making process for production inventory, enabling businesses to optimize costs and enhance overall efficiency.

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Section: Literature Reviewmentioning

confidence: 99%

Buyers- Suppliers Win-Win Cash Flow Inventory Model with Linear Demand under Various Production Industries

S. Srividhya

2024

cana

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“…Blood is urgently needed because The only source of human blood is the human itself until now with no alternative. After all, human blood cannot be reversed or recycled like most products and can only be obtained from voluntary donations [2]. The existence of UTD PMI Jayapura City is very helpful for the surrounding community in terms of health.…”

Section: Introductionmentioning

confidence: 99%

Information on The Distribution Of Blood Donors Using GIS In Jayapura City (Case Study: UTD PMI Jayapura City)

Rizky,

Pawan,

Lahallo

2023

IJCIS

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The existence of UTD PMI Jayapura City is very helpful for the surrounding community in terms of health. People can also donate blood through the PMI clinic and get blood donors. Donors often have to queue to get their turn to register if they will donate blood at a blood donation event due to constraints in the health service process which is still carried out conventionally, namely by direct recording of potential donors. In addition, the absence of a computerized system to provide information regarding donor data remains a major problem, hampering blood donation services at PMI. The current system cannot produce clear and accurate data to help people assist. Quickly in case of an emergency. The PIECES method is used for reference in building several features in the system by conducting information, economic, security, efficiency, and service performance analysis to find weaknesses in the current system and offer suggestions for improvements to be made on newly built systems and using GIS as it can assist in the presentation of more interactive map information. The expected result of this research is to produce a system that can map the location of donors who have been divided based on their blood type so that the search process will be more efficient and can help search activities at PMI. Donor mapping in this system is also equipped with complete data from donors so that officers can find out the location of donors and can contact donors through existing data

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Portfolio design for home healthcare devices production using a new data-driven optimization methodology

Sheikhasadi,

Hosseinpour,

Alipour-Vaezi

et al. 2023

Soft Comput

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A meta-heuristic optimization for a novel mathematical model for minimizing costs and maximizing donor satisfaction in blood supply chains with finite capacity queueing systems

Cited by 11 publications

References 38 publications

Buyers- Suppliers Win-Win Cash Flow Inventory Model with Linear Demand under Various Production Industries

Buyers- Suppliers Win-Win Cash Flow Inventory Model with Linear Demand under Various Production Industries

Information on The Distribution Of Blood Donors Using GIS In Jayapura City (Case Study: UTD PMI Jayapura City)

Portfolio design for home healthcare devices production using a new data-driven optimization methodology

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