In this report, the use of mathematical models and mathematical techniques for solving design and planning problems in industrial production systems is discussed. We describe several projects carried out in different Philips factories. Topics include design problems in an (automated) manufacturing system, production planning and inventory management in a Telecommunication company, and shopfloor scheduling problems in a cable factory. In addition, we briefly list a number of research activities, motivated by these projects, which take place at the Eindhoven University of Technology
During the past two decades, manufacturing systems have moved towards automation, integration and mo...
In this chapter we study models and methods for production scheduling, and discuss the relationships...
The objective of the research was to determine the optimal sequence of production of n jobs in m ope...
Mathematical programming, constraint programming and computational intelligence techniques, presente...
Received 25-05-2012; accepted in revised form 31-05-2012 Mathematical programming, constraint progra...
The article presents a study that demonstrates the possibility of applying the method of space in th...
This paper describes how some industrial problems can be solved using relatively simple mathematical...
The paper, the second part of a large work, presents an application of computing techniques to mana...
This textbook provides a comprehensive modeling, reformulation and optimization approach for solving...
This dissertation extensively describes the activities carried out during the Ph.D.. With particular...
Facility layout planning (FLP) involves a set of design problems related to the arrangement of the e...
The Master’s thesis deals with production scheduling in an industrial company. It uses the means of ...
This paper gives a review on existing scheduling methodologies developed for process industries. Abo...
A production system is a complex system, that can be planned and optimized only by use of a number o...
Further elaboration of a scientific system of planning and industrial production now requires an org...
During the past two decades, manufacturing systems have moved towards automation, integration and mo...
In this chapter we study models and methods for production scheduling, and discuss the relationships...
The objective of the research was to determine the optimal sequence of production of n jobs in m ope...
Mathematical programming, constraint programming and computational intelligence techniques, presente...
Received 25-05-2012; accepted in revised form 31-05-2012 Mathematical programming, constraint progra...
The article presents a study that demonstrates the possibility of applying the method of space in th...
This paper describes how some industrial problems can be solved using relatively simple mathematical...
The paper, the second part of a large work, presents an application of computing techniques to mana...
This textbook provides a comprehensive modeling, reformulation and optimization approach for solving...
This dissertation extensively describes the activities carried out during the Ph.D.. With particular...
Facility layout planning (FLP) involves a set of design problems related to the arrangement of the e...
The Master’s thesis deals with production scheduling in an industrial company. It uses the means of ...
This paper gives a review on existing scheduling methodologies developed for process industries. Abo...
A production system is a complex system, that can be planned and optimized only by use of a number o...
Further elaboration of a scientific system of planning and industrial production now requires an org...
During the past two decades, manufacturing systems have moved towards automation, integration and mo...
In this chapter we study models and methods for production scheduling, and discuss the relationships...
The objective of the research was to determine the optimal sequence of production of n jobs in m ope...