Inventory control in complex manufacturing environments encounters various sources of uncertainity and imprecision. This paper presents one fuzzy knowledge-based approach to solving the problem of order quantity determination, in the presence of uncertain demand, lead time and actual inventory level. Uncertain data are represented by fuzzy numbers, and vaguely defined relations between them are modeled by fuzzy if-then rules. The proposed representation and inference mechanism are verified using a large numbers of examples. The results of three representative cases are summarized. Finally a comparison between the developed fuzzy knowledge-based and traditional, probabilistic approaches is discussed
In this research, Fuzzy control theory is applied to the inventory control of the supply chain betwe...
Lack of homogeneity in the product (LHP) affects several sectors like horticulture, reverse logistic...
Introduction/purpose: The paper discusses the selection of the most optimal supplier using the exam...
Inventory control in complex manufacturing environments encounters various sources of uncertainity a...
Inventory control in complex manufacturing environments encounters various sources of uncertainity a...
Inventory control in complex manufacturing environments encounters various sources of uncertainty an...
The approach is based on fuzzy logic analysis as it does not require the statement and solutions of ...
Key to the problem of stock management is the uncertainty of product demand. What is the best way to...
Supply chain management plays a significant role for running business efficiently, as it integrates ...
[EN] The article presents a proposal for a combined application of fuzzy logic and genetic algorith...
This paper presents a continuous review inventory model with backorders and lost sales with fuzzy de...
This work considers inventory systems that models uncertainties in demand and various fuzzy inventor...
Inventory planning is a repetitive task, often characterized with inventory planners experiencing hi...
[EN] In this chapter, we evaluate the behavior of fuzzy estimations of demand for releasing manufact...
Inventory represents from twenty to sixty percent of most manufac-turing firms ’ total assets. Inven...
In this research, Fuzzy control theory is applied to the inventory control of the supply chain betwe...
Lack of homogeneity in the product (LHP) affects several sectors like horticulture, reverse logistic...
Introduction/purpose: The paper discusses the selection of the most optimal supplier using the exam...
Inventory control in complex manufacturing environments encounters various sources of uncertainity a...
Inventory control in complex manufacturing environments encounters various sources of uncertainity a...
Inventory control in complex manufacturing environments encounters various sources of uncertainty an...
The approach is based on fuzzy logic analysis as it does not require the statement and solutions of ...
Key to the problem of stock management is the uncertainty of product demand. What is the best way to...
Supply chain management plays a significant role for running business efficiently, as it integrates ...
[EN] The article presents a proposal for a combined application of fuzzy logic and genetic algorith...
This paper presents a continuous review inventory model with backorders and lost sales with fuzzy de...
This work considers inventory systems that models uncertainties in demand and various fuzzy inventor...
Inventory planning is a repetitive task, often characterized with inventory planners experiencing hi...
[EN] In this chapter, we evaluate the behavior of fuzzy estimations of demand for releasing manufact...
Inventory represents from twenty to sixty percent of most manufac-turing firms ’ total assets. Inven...
In this research, Fuzzy control theory is applied to the inventory control of the supply chain betwe...
Lack of homogeneity in the product (LHP) affects several sectors like horticulture, reverse logistic...
Introduction/purpose: The paper discusses the selection of the most optimal supplier using the exam...