A new algorithm is developed for setting WIP level in production lines. It is a pull policy that determines when to authorize a job to be processed. Dynamic information in the system such as machine failures and repairs, and demand variations are taken into consideration to provide an efficient method to dynamically determine the WIP level. Two types of production lines are examined in this paper. The first is production lines which have few random interruptions and the second production line is exposed to frequent interruptions. Experiment results from these two types of production lines illustrate that the new algorithm generates higher service level with lower WIP compared to the CONWIP policy. In addition, the superiority of the n...
This paper proposes a production control system, DRC-HPP, which uses the when/where rules in dual re...
In this paper, we investigate how to best optimise the level of work in progress (WIP) in a real wor...
Semiconductor manufacturing is a highly complex and re-entrant process. In a fabrication facility, h...
and M. L. ROOF We develop a simple adaptive production control method for setting WIP levels to meet...
A planning procedure to set the constant level of Work-In-Process (WIP) for each product type in a j...
A reduced model of a re-entrant semiconductor factory exhibiting all the important features is simul...
One key characteristic of any production system is variability; that is, a system rarely performs co...
Thesis (M. Eng.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 2010.Catal...
Traditionally pull production systems are managed through classic control systems such as Kanban, Co...
The present paper is aimed at showing, through a simulative approach, that the adoption of a suitabl...
CONWIP (constant work-in-process) as a pull production system have been widely studied by researcher...
This research introduces a novel approach for a production control policy. It is based on optimal co...
Push-based MRP and pull-based Kanban systems are effective production control policies for a wide ra...
This article tests the effect of different order quantities and setup times and its dependence of ma...
The major objective of present study is to find out the sources which cause higher Work in Process (...
This paper proposes a production control system, DRC-HPP, which uses the when/where rules in dual re...
In this paper, we investigate how to best optimise the level of work in progress (WIP) in a real wor...
Semiconductor manufacturing is a highly complex and re-entrant process. In a fabrication facility, h...
and M. L. ROOF We develop a simple adaptive production control method for setting WIP levels to meet...
A planning procedure to set the constant level of Work-In-Process (WIP) for each product type in a j...
A reduced model of a re-entrant semiconductor factory exhibiting all the important features is simul...
One key characteristic of any production system is variability; that is, a system rarely performs co...
Thesis (M. Eng.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 2010.Catal...
Traditionally pull production systems are managed through classic control systems such as Kanban, Co...
The present paper is aimed at showing, through a simulative approach, that the adoption of a suitabl...
CONWIP (constant work-in-process) as a pull production system have been widely studied by researcher...
This research introduces a novel approach for a production control policy. It is based on optimal co...
Push-based MRP and pull-based Kanban systems are effective production control policies for a wide ra...
This article tests the effect of different order quantities and setup times and its dependence of ma...
The major objective of present study is to find out the sources which cause higher Work in Process (...
This paper proposes a production control system, DRC-HPP, which uses the when/where rules in dual re...
In this paper, we investigate how to best optimise the level of work in progress (WIP) in a real wor...
Semiconductor manufacturing is a highly complex and re-entrant process. In a fabrication facility, h...