In this study, we consider the problem of production planning in the semiconductor industry characterized by high mix low volume production, reentrant flows and complex manufacturing process.The aim of this work is to establish a feasible production schedule that takes into account the limited capacity of the manufacturing system, equipment qualifications constraints and delivery due dates. In this context, we have formulated the objective and constraints in a mixed linear program (MIP). The objective of the MIP is to minimize delivery delays to guarantee on-time delivery. While executing different tests of the MIP, we have reached a limit of resolution in a reasonable time. Thus, we use an approximate method to solve the problem. The resul...
In this chapter, we present algorithms for a number of functions of the production planning framewor...
This paper develops three mixed integer programming (MIP) models and solution methods to assist in i...
In this thesis, we study two production planning problems motivated by challenging real-world applic...
In this study, we consider the problem of production planning in the semiconductor industry characte...
L'industrie des semi-conducteurs est caractérisée par une production de forte variabilité et de faib...
In today's connected societies, computers, sensors, data centers, automotive electronics and portabl...
abstract: A good production schedule in a semiconductor back-end facility is critical for the on tim...
In the first part, we take a binding restriction, called qualification, present in semiconductor man...
International audienceProduction planning in the Semiconductor Industry (SI) has emerged as the most...
This paper proposes a production planning approach for a job shop type manufacturing company in elec...
Entre demande fortement croissante, capacité limitée (car extrêmement coûteuse) et processus longs d...
In this thesis, we study the optimization of flow planning and scheduling, within a strategy to inte...
Les travaux présentés dans cette thèse abordent la minimisation de coûts de production dans uneindus...
In this thesis, capacity allocation is modeled for a semiconductor fabrication facility (wafer fab),...
Competitive firms are operating nowadays in global and worldwide markets. In recent years, under mar...
In this chapter, we present algorithms for a number of functions of the production planning framewor...
This paper develops three mixed integer programming (MIP) models and solution methods to assist in i...
In this thesis, we study two production planning problems motivated by challenging real-world applic...
In this study, we consider the problem of production planning in the semiconductor industry characte...
L'industrie des semi-conducteurs est caractérisée par une production de forte variabilité et de faib...
In today's connected societies, computers, sensors, data centers, automotive electronics and portabl...
abstract: A good production schedule in a semiconductor back-end facility is critical for the on tim...
In the first part, we take a binding restriction, called qualification, present in semiconductor man...
International audienceProduction planning in the Semiconductor Industry (SI) has emerged as the most...
This paper proposes a production planning approach for a job shop type manufacturing company in elec...
Entre demande fortement croissante, capacité limitée (car extrêmement coûteuse) et processus longs d...
In this thesis, we study the optimization of flow planning and scheduling, within a strategy to inte...
Les travaux présentés dans cette thèse abordent la minimisation de coûts de production dans uneindus...
In this thesis, capacity allocation is modeled for a semiconductor fabrication facility (wafer fab),...
Competitive firms are operating nowadays in global and worldwide markets. In recent years, under mar...
In this chapter, we present algorithms for a number of functions of the production planning framewor...
This paper develops three mixed integer programming (MIP) models and solution methods to assist in i...
In this thesis, we study two production planning problems motivated by challenging real-world applic...