This paper refers to the physical, sensing, and cognitive interaction in the Industry 4.0
concept and presents Human Cyber-Physical Production Systems in a laboratory …

Cloud computing technology has been studied in the context of industry 4.0 as a tool applied
to manufacturing services and resources. Such concept is widely known as Cloud …

At automotive manufacturing sites, meeting the delivery schedule is difficult owing to the
occurrence of unpredictable abnormal scenarios such as product defects and equipment …

The majority of software efficiency is likely to be supplied and absorbed as services in the
future. Undoubtedly, they might be implemented as closely connected technologies …

In this contribution, we define the concept of transferring intelligence from the cloud to the
edge of the network and highlight its importance in modern IoT architectures. It leads to edge …

This paper presents a software architecture extending the classical automation pyramid to
control and reconfigure flexible, service-oriented manufacturing systems. At the Planning …

Over the last several years, cloud computing has imposed as a major paradigm in software
development by providing computer resources over the Internet. Among various cloud …

The rapid development of new technologies has led to a change in the ways of
manufacturing in industrial organizations. As a result of this development, many companies …

This article introduces the regionalized resource process dependence graphs (RRPDGs): a
manufacturing processes representation inspired by the regionalized value state …

Recurrent production changes due to shortened product lifecycles besides the increased
complexity, that the industry 4.0 paradigm brings, highlight the need for tools that are able to …