Since supply chains highly impact the financial performance of companies, it is important to optimize and analyze their Key Performance Indicators (KPI). The synergistic combination of Particle Swarm Optimization (PSO) and Monte Carlo simulation is applied to determine the optimal reorder point of warehouses in supply chains. The goal of the optimization is the minimization of the objective function calculated as the linear combination of holding and order costs. The required values of service levels of the warehouses represent non-linear constraints in the PSO. The results illustrate that the developed stochastic simulator and optimization tool is flexible enough to handle complex situations
This paper proposes a nonlinear integer programming model which co-optimizes the multi-level invento...
Particle Swarm Optimization is a very well established evolutionary optimization technique that has ...
This paper proposes a replenishment decision support system, based on response surface methodology (...
A supply chain is a complex network which involves the products, services and information flows betw...
This paper proposes a method to optimize both the total cost and order fill rates in a supply chain ...
In this paper, we propose and demonstrate a new methodology to stabilize systems with complex dynami...
Abstract. The selection of suppliers and the determination of order quantities to be placed with tho...
Purpose: This paper aims to optimise the dynamic performance of production–inventory control systems...
Achieving the best performance of supply chains operation has become an essential part of business. ...
In this Paper Hybrid techniques are the integration of various soft computing techniques that synerg...
In this paper, we propose a closed-loop supply chain network configuration model and a solution meth...
Inventory policy of medicine wholesaler is very important issue because a medicine supply chain is d...
This paper studies the issue of channel coordination for a supply chain consisting of one supplier a...
Supply chains are in general complex networks composed of autonomous entities whereby multiple perfo...
Part 8: International Workshop on Information Engineering and ManagementInternational audienceBased ...
This paper proposes a nonlinear integer programming model which co-optimizes the multi-level invento...
Particle Swarm Optimization is a very well established evolutionary optimization technique that has ...
This paper proposes a replenishment decision support system, based on response surface methodology (...
A supply chain is a complex network which involves the products, services and information flows betw...
This paper proposes a method to optimize both the total cost and order fill rates in a supply chain ...
In this paper, we propose and demonstrate a new methodology to stabilize systems with complex dynami...
Abstract. The selection of suppliers and the determination of order quantities to be placed with tho...
Purpose: This paper aims to optimise the dynamic performance of production–inventory control systems...
Achieving the best performance of supply chains operation has become an essential part of business. ...
In this Paper Hybrid techniques are the integration of various soft computing techniques that synerg...
In this paper, we propose a closed-loop supply chain network configuration model and a solution meth...
Inventory policy of medicine wholesaler is very important issue because a medicine supply chain is d...
This paper studies the issue of channel coordination for a supply chain consisting of one supplier a...
Supply chains are in general complex networks composed of autonomous entities whereby multiple perfo...
Part 8: International Workshop on Information Engineering and ManagementInternational audienceBased ...
This paper proposes a nonlinear integer programming model which co-optimizes the multi-level invento...
Particle Swarm Optimization is a very well established evolutionary optimization technique that has ...
This paper proposes a replenishment decision support system, based on response surface methodology (...