summary:This paper presents a modeling methodology in (max,+) algebra which has been developed in order to implement a modulary software for the simulation and the analysis of electronic cards production lines. More generally, this approach may be applied to hybrid flowshop type manufacturing systems
This paper is a survey of the history of max-plus algebra and its role in the field of discrete even...
The set together with the operation maximum (max) denoted as and addition (+) denoted ...
Max-plus algebra provides mathematical theory and techniques for solving nonlinear problems that can...
summary:This paper presents a modeling methodology in (max,+) algebra which has been developed in or...
In response to increased competition, manufacturing systems are becoming more complex in order to pr...
In today\u27s dynamic environment, particularly the manufacturing sector, the necessity of being agi...
In this paper, it is discussed notion of maxplus algebra and their properties. A model of flow shop ...
This paper discusses the usefulness of (max; +) algebra as a mathematical modelling framework for di...
Abstract—A novel approach to modeling of manufacturing systems is proposed. The model is based on bl...
This paper deals with the control of discrete event systems modelled by the Max-plus algebra. This a...
AbstractMax-plus algebra can be used to model manufacturing flow lines using linear state-space-like...
Abstract: More than sixteen years after the beginning of a linear theory for certain discrete event ...
Trains pull into a railroad station and must wait for each other before leaving again in order to le...
In this chapter, the dynamics of manufacturing systems is characterized through the occurrence of ev...
In this chapter, the dynamics of manufacturing systems is characterized through the occurrence of ev...
This paper is a survey of the history of max-plus algebra and its role in the field of discrete even...
The set together with the operation maximum (max) denoted as and addition (+) denoted ...
Max-plus algebra provides mathematical theory and techniques for solving nonlinear problems that can...
summary:This paper presents a modeling methodology in (max,+) algebra which has been developed in or...
In response to increased competition, manufacturing systems are becoming more complex in order to pr...
In today\u27s dynamic environment, particularly the manufacturing sector, the necessity of being agi...
In this paper, it is discussed notion of maxplus algebra and their properties. A model of flow shop ...
This paper discusses the usefulness of (max; +) algebra as a mathematical modelling framework for di...
Abstract—A novel approach to modeling of manufacturing systems is proposed. The model is based on bl...
This paper deals with the control of discrete event systems modelled by the Max-plus algebra. This a...
AbstractMax-plus algebra can be used to model manufacturing flow lines using linear state-space-like...
Abstract: More than sixteen years after the beginning of a linear theory for certain discrete event ...
Trains pull into a railroad station and must wait for each other before leaving again in order to le...
In this chapter, the dynamics of manufacturing systems is characterized through the occurrence of ev...
In this chapter, the dynamics of manufacturing systems is characterized through the occurrence of ev...
This paper is a survey of the history of max-plus algebra and its role in the field of discrete even...
The set together with the operation maximum (max) denoted as and addition (+) denoted ...
Max-plus algebra provides mathematical theory and techniques for solving nonlinear problems that can...