In this study, our concern is to show the effect of updating lead times on the performance of a two-level hierarchical planning system. Lead times are updated by taking periodic feedbacks of the most recent information from the production environment and using this information in estimating lead times for planning the future production orders. A simulation model is used based on a multistage production planning and scheduling environment where the components are manufactured in a general job shop and final products are manufactured in a flow shop. Our results demonstrate that under certain conditions frequent updates of lead times will lead to uncontrolled production system with erratic and very long lead times. Keywords: Hierarchical plann...
AbstractThe aim of production planning and control is to ensure the achievement of the logistic targ...
AbstractReducing lead time variability of production systems has been shown to be advantageous, enab...
Some specific industries (electronic equipment, armament, aeronautics) suffer from long and uncertai...
In this study, our concern is to show the effect of updating lead times on the performance of a two-...
In this study, our concern is to show the effect of updating lead times on the performance of a two-...
In this study, our concern is to show the effect of updating lead times on the performance of a two-...
In this study, our concern is to show the effect of updating lead times on the performance of a two-...
In this study, our concern is to show the effect of updating lead times on the performance of a two-...
Many companies in practice want to dynamically adjust planned lead times in their production plannin...
Updating lead times in response to changing workload levels leads to erratic order-ing behavior, res...
Updating planned lead times in response to changing workload levels leads to erratic ordering behavi...
Updating planned lead times in response to changing workload levels leads to erratic ordering behavi...
Updating planned lead times in response to changing workload levels leads to erratic ordering behavi...
Updating planned lead times in response to changing workload levels leads to erratic ordering behavi...
Updating planned lead times in response to changing workload levels leads to erratic ordering behavi...
AbstractThe aim of production planning and control is to ensure the achievement of the logistic targ...
AbstractReducing lead time variability of production systems has been shown to be advantageous, enab...
Some specific industries (electronic equipment, armament, aeronautics) suffer from long and uncertai...
In this study, our concern is to show the effect of updating lead times on the performance of a two-...
In this study, our concern is to show the effect of updating lead times on the performance of a two-...
In this study, our concern is to show the effect of updating lead times on the performance of a two-...
In this study, our concern is to show the effect of updating lead times on the performance of a two-...
In this study, our concern is to show the effect of updating lead times on the performance of a two-...
Many companies in practice want to dynamically adjust planned lead times in their production plannin...
Updating lead times in response to changing workload levels leads to erratic order-ing behavior, res...
Updating planned lead times in response to changing workload levels leads to erratic ordering behavi...
Updating planned lead times in response to changing workload levels leads to erratic ordering behavi...
Updating planned lead times in response to changing workload levels leads to erratic ordering behavi...
Updating planned lead times in response to changing workload levels leads to erratic ordering behavi...
Updating planned lead times in response to changing workload levels leads to erratic ordering behavi...
AbstractThe aim of production planning and control is to ensure the achievement of the logistic targ...
AbstractReducing lead time variability of production systems has been shown to be advantageous, enab...
Some specific industries (electronic equipment, armament, aeronautics) suffer from long and uncertai...