AbstractThis paper presents our approach and the developed method for a situation-based adaptation and validation of the manufacturing capability of assembly systems. After motivating the research the problem statement and the state of the art in the field of assembly planning will be discussed. Afterwards the overall approach will be introduced. The method, which is developed based on the approach will be discussed and the derived software tool, which will support the planner in his daily activities, will be presented and explained. The paper concludes with a summary and an outlook
AbstractThe ability to enable a fast modification and system-change, in order to fulfil quickly chan...
Modern production systems must be able to react to the uncertain and volatile requirements resulting...
International audienceFrequent changes in customer needs and large product variety are forcing manuf...
AbstractThis paper presents our approach and the developed method for a situation-based adaptation a...
This paper presents our approach and the developed method for a situation-based adaptation and valid...
Assembly systems which are characterized by a volume production of customized products are influence...
AbstractThis paper presents our on-going research steps aiming at the development of a method for si...
AbstractThis paper presents the on-going research steps aiming at the development of a Method for Mu...
The manufacturing industry is in a changing state where technology advancements change the mindset o...
Due to shortened product lifecycles and an increasing number of variants, the need for scalable asse...
In product manufacturing, assembly approximately represents 50% of the total work hours. Therefore, ...
The ultimate aim when designing an assembly system is to make it strategically and operationally com...
AbstractThe introduction of new variants and continuously decreasing lot sizes following the paradig...
AbstractThe paper presents an approach allowing to utilize the flexibility of modular and reconfigur...
YesThis paper presents a self-learning technique for adapting modular automated assembly systems. Th...
AbstractThe ability to enable a fast modification and system-change, in order to fulfil quickly chan...
Modern production systems must be able to react to the uncertain and volatile requirements resulting...
International audienceFrequent changes in customer needs and large product variety are forcing manuf...
AbstractThis paper presents our approach and the developed method for a situation-based adaptation a...
This paper presents our approach and the developed method for a situation-based adaptation and valid...
Assembly systems which are characterized by a volume production of customized products are influence...
AbstractThis paper presents our on-going research steps aiming at the development of a method for si...
AbstractThis paper presents the on-going research steps aiming at the development of a Method for Mu...
The manufacturing industry is in a changing state where technology advancements change the mindset o...
Due to shortened product lifecycles and an increasing number of variants, the need for scalable asse...
In product manufacturing, assembly approximately represents 50% of the total work hours. Therefore, ...
The ultimate aim when designing an assembly system is to make it strategically and operationally com...
AbstractThe introduction of new variants and continuously decreasing lot sizes following the paradig...
AbstractThe paper presents an approach allowing to utilize the flexibility of modular and reconfigur...
YesThis paper presents a self-learning technique for adapting modular automated assembly systems. Th...
AbstractThe ability to enable a fast modification and system-change, in order to fulfil quickly chan...
Modern production systems must be able to react to the uncertain and volatile requirements resulting...
International audienceFrequent changes in customer needs and large product variety are forcing manuf...