In this paper, No-Wait, No-Buffer, Limited-Buffer, and Infinite-Buffer conditions for the flow-shop problem (FSP) have been investigated. These four different buffer conditions have been combined to generate a new class of scheduling problem, which is significant for modelling many real-world scheduling problems. A new heuristic algorithm is developed to solve this strongly NP-hard problem. Detailed numerical implementations have been analysed and promising results have been achieved
The Flexible flow shop (FFS) is defined as a multi-stage flow shops with multiple parallel machines....
The flow-shop scheduling problem with exact delays is generalization of no-wait flow-shop scheduling...
In this paper the following extension of the classical flow-shop problem is considered: Between each...
In this paper, No-Wait, No-Buffer, Limited-Buffer, and Infinite-Buffer conditions for the flow-shop ...
This paper addresses flow shop scheduling problem with a batch processor followed by a discrete proc...
No-wait flow shop scheduling refers to continuous flow of jobs through different machines. The job o...
International audienceMost of traditional scheduling problems deal with machine as the only resource...
A scheduling system is proposed and developed for a special type of flow shop. Ln this flow shop the...
Abstract: In this paper, we propose a water flow algorithm for solving flexible flow shop scheduling...
Peer ReviewedThis paper deals with the no-wait flow shop scheduling problem with due date constraint...
In this paper, the scheduling problem for hybrid flow shop is investigated with the consideration of...
Abstract: Flexible flow shop scheduling problem (also called blended flow shop scheduling problem) i...
In this paper, we consider a flow shop scheduling problem with bypass consideration for minimizing t...
In the ordered flow-shop scheduling problem the processing times follow specific structures. We prop...
Sequencing and scheduling are forms of decision making which play a key role in manufacturing. This ...
The Flexible flow shop (FFS) is defined as a multi-stage flow shops with multiple parallel machines....
The flow-shop scheduling problem with exact delays is generalization of no-wait flow-shop scheduling...
In this paper the following extension of the classical flow-shop problem is considered: Between each...
In this paper, No-Wait, No-Buffer, Limited-Buffer, and Infinite-Buffer conditions for the flow-shop ...
This paper addresses flow shop scheduling problem with a batch processor followed by a discrete proc...
No-wait flow shop scheduling refers to continuous flow of jobs through different machines. The job o...
International audienceMost of traditional scheduling problems deal with machine as the only resource...
A scheduling system is proposed and developed for a special type of flow shop. Ln this flow shop the...
Abstract: In this paper, we propose a water flow algorithm for solving flexible flow shop scheduling...
Peer ReviewedThis paper deals with the no-wait flow shop scheduling problem with due date constraint...
In this paper, the scheduling problem for hybrid flow shop is investigated with the consideration of...
Abstract: Flexible flow shop scheduling problem (also called blended flow shop scheduling problem) i...
In this paper, we consider a flow shop scheduling problem with bypass consideration for minimizing t...
In the ordered flow-shop scheduling problem the processing times follow specific structures. We prop...
Sequencing and scheduling are forms of decision making which play a key role in manufacturing. This ...
The Flexible flow shop (FFS) is defined as a multi-stage flow shops with multiple parallel machines....
The flow-shop scheduling problem with exact delays is generalization of no-wait flow-shop scheduling...
In this paper the following extension of the classical flow-shop problem is considered: Between each...