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Exploring the transmission of cognitive task information through optimal brain pathways. [PDF]
Wang Z +6 more
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Efficient design of automated guided vehicle systems in operating theatres via discrete events simulation. [PDF]
Ge Y, Ong MEH, Lam SSW.
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Optimization Modeling for Pandemic Vaccine Supply Chain Management: A Review and Future Research Opportunities. [PDF]
Dey S +4 more
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Digital twin manifesto for the pathology laboratory. [PDF]
Eccher A +9 more
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The Inventory Routing Problem Under Uncertainty
Operations Research, 2023In the inventory routing problem, the supplier acts as a central decision maker who determines the replenishment quantities and also, the delivery times and routes to all retailers. In “Inventory Routing Problem Under Uncertainty”, Cui et al. develop a novel framework for the uncertain inventory routing problem and allow ambiguity in the probability ...
Zheng Cui +3 more
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Combinatorial Heuristics for Inventory Routing Problems
INFORMS Journal on Computing, 2022We consider the deterministic inventory routing problem over a discrete finite time horizon. Given clients on a metric, each with daily demands that must be delivered from a depot and holding costs over the planning horizon, an optimal solution selects a set of daily tours through a subset of clients to deliver all demands before they are due and ...
Ziye Tang, Yang Jiao, R. Ravi
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Transportation Research Record: Journal of the Transportation Research Board, 2013
This paper extends the study of the inventory routing problem with slack maximization (IRPSM), which addresses the distribution of relief supplies in response to a sudden emergency. Compared with the classical routing problem, the objective of IRPSM is to maximize the slack in inventory, defined as the difference between the arrival time of new ...
Xianfeng Yang, Lei Feng
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This paper extends the study of the inventory routing problem with slack maximization (IRPSM), which addresses the distribution of relief supplies in response to a sudden emergency. Compared with the classical routing problem, the objective of IRPSM is to maximize the slack in inventory, defined as the difference between the arrival time of new ...
Xianfeng Yang, Lei Feng
openaire +1 more source

