Add to ORKGAbstract: Today’s assembly systems are adapting to the increased mass customisation. This means shorter cycle times, more variants and a more complex environment for the operators. An industrial case study has been performed in order to describe relations between complexity, quality and cognitive automation. This article use quantitative methods to describe the complex environment. This is done in order to create a better understanding for the importance of using cognitive automation as an enabler in order to create a more competitive assembly system for the future
AbstractThe production paradigm of mass customization puts high demand on the production system and ...
Production of to day is getting more and more competitive and companies have to be on top in their a...
Tough competition force companies to develop and increase their product assortment in order to maint...
Today’s assembly systems are adapting to the increased mass customisation. This means shorter cycle ...
Modern assembly systems are adapting to the increased mass customization resulting in shorter cycle ...
Production companies frequently have to meet demands and requirements, both internal and external, w...
Abstract: Managing production complexity in final assembly includes understanding and supporting the...
Manufacturing industry is struggling with high demands on mass customization, shortened product life...
Purpose - The paper aims to discuss the importance to consider both the physical and cognitive autom...
Within the ramp-up phase of highly automated assembly systems, the planning effort forms a large par...
Due to today’s technological advances in the area of Industry 4.0, having a strategy for cognitive a...
Manufacturing tends to be polarizing in terms of automation. Final assembly and other mass-customiza...
Production companies frequently have to meet demands and requirements, both internal and external, w...
This article presents a literature review within the area of Human-Automation-Interaction in order t...
Production complexity affects quality, reliability, performance and production time. Due to the high...
AbstractThe production paradigm of mass customization puts high demand on the production system and ...
Production of to day is getting more and more competitive and companies have to be on top in their a...
Tough competition force companies to develop and increase their product assortment in order to maint...
Today’s assembly systems are adapting to the increased mass customisation. This means shorter cycle ...
Modern assembly systems are adapting to the increased mass customization resulting in shorter cycle ...
Production companies frequently have to meet demands and requirements, both internal and external, w...
Abstract: Managing production complexity in final assembly includes understanding and supporting the...
Manufacturing industry is struggling with high demands on mass customization, shortened product life...
Purpose - The paper aims to discuss the importance to consider both the physical and cognitive autom...
Within the ramp-up phase of highly automated assembly systems, the planning effort forms a large par...
Due to today’s technological advances in the area of Industry 4.0, having a strategy for cognitive a...
Manufacturing tends to be polarizing in terms of automation. Final assembly and other mass-customiza...
Production companies frequently have to meet demands and requirements, both internal and external, w...
This article presents a literature review within the area of Human-Automation-Interaction in order t...
Production complexity affects quality, reliability, performance and production time. Due to the high...
AbstractThe production paradigm of mass customization puts high demand on the production system and ...
Production of to day is getting more and more competitive and companies have to be on top in their a...
Tough competition force companies to develop and increase their product assortment in order to maint...