By Markus Frey
The PROMISE applied sciences are a brand new kind of closed-loop Product existence Cycle administration (PLM) utilizing clever embedded platforms, which enable monitoring of product details continually and in any situation worldwide. This new closed-loop PLM, constructed and confirmed within the clever production structures (IMS) undertaking PROMISE, allows product clients, maintainers, and brands to control the existence cycle details in their items seamlessly over all existence cycle levels. larger figuring out of product lifestyles cycles ends up in method advancements and lowered overall product charges; higher product caliber; greater offer chain potency; and higher rebuilding and recycling offerings. This publication presents business clients, in addition to the huge R&D neighborhood with an knowing of the foundations in the back of the PROMISE applied sciences, their winning implementation within the PROMISE demonstrators, and their huge, immense power to enhance aggressive virtue around the business spectrum.
checklist of Figures
record of Tables
desk of Contents
2. goals, rules, and Cornerstones
three. PROMISE applied sciences
four. PROMISE Demonstrators
five. merits of utilizing PROMISE applied sciences
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Additional info for Closed-Loop Product Life Cycle Management - Using Smart Embedded Systems
Software architecture It is important to understand how application software components in a PLM system fit with other software modules that manage product information and operations. For this, a software architecture is required. Software architecture is commonly defined in terms of components and connectors. Here, we focus on structural views of software architecture in terms of components and their relationships. We also describe behavioral views that describe how the component interacts to accomplish their assigned responsibilities.
The discovery MAY also be able to locate other types of data for devices (PEIDs) and other possible targets for PMI requests. Initial work is under way within the Internet Engineering Task Force (IETF) to define a new standard and protocol for discovery of item level information sources, including the tracking of changes of identity during an item’s lifetime and the aggregation and disaggregation of items with others. In the longer term, PROMISE Data Services implementations SHOULD implement standardized discovery protocols and interfaces as their specifications become mature.
It is expanding to include many different kinds of technologies that are able to identify and collect life cycle data through sensors and other means. 1-4, many of these are exploiting wireless protocols. 1-4 AIDC technologies are expanding 42 Closed-Loop Product Life Cycle Management—Using Smart Embedded Systems It would be inappropriate for PROMISE to attempt to control the rapid development of such technologies, since this would either limit their applicability to a PROMISE implementation or encourage the development of parallel or competing architectural solutions.