A JOINT ECONOMIC LOT SIZING MODEL FOR SUPPLIER-MANUFACTURER UNDER PROBABILISTIC DEMAND AND PROBABILISTIC LEAD TIME

This research introduces a joint economic lot sizing model for a supplier and a manufacturer under probabilistic demand and probabilistic lead time. A mathematical model is formulated with assuming single supplier, single manufacturer, demand and lead time follows normal distribution. Decision varia...

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Main Author: EKAWATI (NIM: 23408068), IRNA
Format: Theses
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/12265
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:12265
spelling id-itb.:122652017-09-27T14:50:38ZA JOINT ECONOMIC LOT SIZING MODEL FOR SUPPLIER-MANUFACTURER UNDER PROBABILISTIC DEMAND AND PROBABILISTIC LEAD TIME EKAWATI (NIM: 23408068), IRNA Indonesia Theses INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/12265 This research introduces a joint economic lot sizing model for a supplier and a manufacturer under probabilistic demand and probabilistic lead time. A mathematical model is formulated with assuming single supplier, single manufacturer, demand and lead time follows normal distribution. Decision variables for this model are ordering lot size's manufacturer, reorder point level's manufacturer and production lot size's supplier. The optimal decision variables are obtained by minimizing the total expected cost function for the supplier and the manufacturer. A searching method is used to find the optimal solution as the objective function involves three variables and it is not possible to obtained the optimal solution analytically. The optimal solution is obtained by developing an algorithm that modifies the Hadley and Within algorithm. text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
description This research introduces a joint economic lot sizing model for a supplier and a manufacturer under probabilistic demand and probabilistic lead time. A mathematical model is formulated with assuming single supplier, single manufacturer, demand and lead time follows normal distribution. Decision variables for this model are ordering lot size's manufacturer, reorder point level's manufacturer and production lot size's supplier. The optimal decision variables are obtained by minimizing the total expected cost function for the supplier and the manufacturer. A searching method is used to find the optimal solution as the objective function involves three variables and it is not possible to obtained the optimal solution analytically. The optimal solution is obtained by developing an algorithm that modifies the Hadley and Within algorithm.
format Theses
author EKAWATI (NIM: 23408068), IRNA
spellingShingle EKAWATI (NIM: 23408068), IRNA
A JOINT ECONOMIC LOT SIZING MODEL FOR SUPPLIER-MANUFACTURER UNDER PROBABILISTIC DEMAND AND PROBABILISTIC LEAD TIME
author_facet EKAWATI (NIM: 23408068), IRNA
author_sort EKAWATI (NIM: 23408068), IRNA
title A JOINT ECONOMIC LOT SIZING MODEL FOR SUPPLIER-MANUFACTURER UNDER PROBABILISTIC DEMAND AND PROBABILISTIC LEAD TIME
title_short A JOINT ECONOMIC LOT SIZING MODEL FOR SUPPLIER-MANUFACTURER UNDER PROBABILISTIC DEMAND AND PROBABILISTIC LEAD TIME
title_full A JOINT ECONOMIC LOT SIZING MODEL FOR SUPPLIER-MANUFACTURER UNDER PROBABILISTIC DEMAND AND PROBABILISTIC LEAD TIME
title_fullStr A JOINT ECONOMIC LOT SIZING MODEL FOR SUPPLIER-MANUFACTURER UNDER PROBABILISTIC DEMAND AND PROBABILISTIC LEAD TIME
title_full_unstemmed A JOINT ECONOMIC LOT SIZING MODEL FOR SUPPLIER-MANUFACTURER UNDER PROBABILISTIC DEMAND AND PROBABILISTIC LEAD TIME
title_sort joint economic lot sizing model for supplier-manufacturer under probabilistic demand and probabilistic lead time
url https://digilib.itb.ac.id/gdl/view/12265
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