By Marco Taisch, Klaus-Dieter Thoben, Marco Montorio
Production performs an important function in eu economic system and society, and is anticipated to proceed as an immense generator of wealth within the foreseeable destiny. A aggressive production is vital for the prosperity of Europe, specially within the face of increasing deindustrialisation. This booklet presents a extensive imaginative and prescient of the way forward for production, analysed from a system-management point of view and with a distinct concentrate on ICT-related concerns. each one contribution provides a fancy and multidisciplinary learn area from a selected standpoint. the 1st a part of the publication provides an summary on expertise: prior, current and destiny, whereas the subsequent subject matters are brought within the latter a part of the booklet: - Product Lifecycle administration - Sustainable items and techniques - creation Scheduling and keep an eye on - Benchmarking and function Measures - business prone - Human components and schooling in production - Collaborative Engineering - offer Chain Integration The booklet is meant to impress debate, construct consensus and stimulate inventive dialogue, resulting in additional novel study tasks sooner or later.
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Additional resources for Advanced manufacturing: an ICT and systems perspective
If the New Member States are not developing their own innovative and absorptive capacities very soon, the labour cost advantage will disappear – and with that the newly erected plants. The scenario analysis by the IPTS furthermore indicates that in many respects advanced solutions are likely to emerge from a local level. For policy making, this implies that it could be useful to support such local model approaches to then be able to systematically foster their transfer and adaptation to other conditions.
Eventually, in the last years, many tools which enable information sharing among engineers in distributed environments appeared, under a lot of diverse names and acronyms: EDM (Engineering Data Management), PDM (Product Data Management), PIM (Product Information Management), TDM (Technical Data Management), e-BOP (Electronic Bill of Processes) to name a few. All these systems, generally defined as Document Management (DM) tools, are physically based on a central database, and provide central services (vault) for managing design data (product, plan, plant design), such as access rights control and design release management.
The PROMISE contribution shows one of the most interesting perspectives for PLM in the IMS area: the management of the product data is fostered by new emerging technologies, providing new answers to product management. The last contribution of Part II addresses closed-loop PLM. Nowadays the whole product lifecycle can be visible and controllable by tracking and tracing the product lifecycle information, thus creating closed-loop information flows across whole product lifecycle. As a result of these closedloops, PLM can help to streamline several product lifecycle operations.