The buffer allocation problem, i.e. how much buffer storage to allow and where to place it within the line, is an important research issue in designing production lines. In this study, buffer allocation problem is solved for unreliable non-homogeneous production lines. The objective is to maximize the throughput of the line under buffer capacity constraints. To evaluate the throughput of the line the decomposition method is employed. An adaptive tabu search approach is proposed to optimize the buffer sizes for each location. The performance of the proposed approach is evaluated by the computational tests. © Izmir University of Economics, Turkey, 2010
The buffer allocation problem (BAP) aims to determine the optimal buffer configuration for a product...
The buffer allocation problem, i.e. how much buffer storage to allow and where to place the buffer, ...
This paper presents a novel parallel tabu search (PTS) algorithm equipped with a proper adaptive nei...
The buffer allocation problem, i.e. how much buffer storage to allow and where to place it within th...
The optimal allocation of buffers is an important research issue in designing production lines. In t...
This paper presents an integrated approach to solve the buffer allocation problem in unreliable prod...
This paper presents an integrated approach to solve the buffer allocation problem in unreliable prod...
The design of a production line directly affects the system performance which is usually measured by...
In production lines, buffers function as a means to decouple stations, which reduce the effect that ...
In this study, an integrated binary-tabu search algorithm is proposed to solve the buffer allocation...
The buffer allocation problem (BAP) is one of the major optimisation problems faced by production sy...
This paper investigates the performance of three search algorithms: Myopic Algorithm, Adaptive Tabu ...
In this study, an integrated binary-tabu search algorithm is proposed to solve the buffer allocation...
Decreasing defects, waste time, meeting customer demand and being adaptable are the goals of a Zero ...
The optimal allocation of buffers is an important research issue in designing production lines. The ...
The buffer allocation problem (BAP) aims to determine the optimal buffer configuration for a product...
The buffer allocation problem, i.e. how much buffer storage to allow and where to place the buffer, ...
This paper presents a novel parallel tabu search (PTS) algorithm equipped with a proper adaptive nei...
The buffer allocation problem, i.e. how much buffer storage to allow and where to place it within th...
The optimal allocation of buffers is an important research issue in designing production lines. In t...
This paper presents an integrated approach to solve the buffer allocation problem in unreliable prod...
This paper presents an integrated approach to solve the buffer allocation problem in unreliable prod...
The design of a production line directly affects the system performance which is usually measured by...
In production lines, buffers function as a means to decouple stations, which reduce the effect that ...
In this study, an integrated binary-tabu search algorithm is proposed to solve the buffer allocation...
The buffer allocation problem (BAP) is one of the major optimisation problems faced by production sy...
This paper investigates the performance of three search algorithms: Myopic Algorithm, Adaptive Tabu ...
In this study, an integrated binary-tabu search algorithm is proposed to solve the buffer allocation...
Decreasing defects, waste time, meeting customer demand and being adaptable are the goals of a Zero ...
The optimal allocation of buffers is an important research issue in designing production lines. The ...
The buffer allocation problem (BAP) aims to determine the optimal buffer configuration for a product...
The buffer allocation problem, i.e. how much buffer storage to allow and where to place the buffer, ...
This paper presents a novel parallel tabu search (PTS) algorithm equipped with a proper adaptive nei...