By Markus Frey
The PROMISE applied sciences are a brand new form of closed-loop Product lifestyles Cycle administration (PLM) utilizing shrewdpermanent embedded platforms, which permit monitoring of product details always and in any place all over the world. This new closed-loop PLM, built and tested within the clever production structures (IMS) venture PROMISE, permits product clients, maintainers, and brands to regulate the existence cycle details in their items seamlessly over all lifestyles cycle stages. larger realizing of product existence cycles ends up in technique advancements and diminished overall product expenses; greater product caliber; more desirable offer chain potency; and higher rebuilding and recycling offerings. This ebook presents business clients, in addition to the large R&D neighborhood with an figuring out of the foundations at the back of the PROMISE applied sciences, their profitable implementation within the PROMISE demonstrators, and their huge, immense power to enhance aggressive virtue around the business spectrum.
record of Figures
checklist of Tables
desk of Contents
2. ambitions, ideas, and Cornerstones
three. PROMISE applied sciences
four. PROMISE Demonstrators
five. advantages of utilizing PROMISE applied sciences
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Extra resources for Closed-Loop Product Life Cycle Management - Using Smart Embedded Systems
1-2) is a convenient way to conceptualize the main components of PROMISE. 1-2 Simplified architecture model 38 Closed-Loop Product Life Cycle Management—Using Smart Embedded Systems Each of these layers will be explained in some more detail in the following paragraphs and sections: 1. The hardware layer represents identification technologies, sensors, and other data collection mechanisms on the product accessed via the PEID. 2. The PROMISE PEID represents a product’s embedded information device, which is normally more than a simple identification device, and which may either be a physical or logical device implementation.
It encompasses all kinds of Automatic Identification and Data Capture (AIDC) devices. It is not restricted to simple identification devices, such as barcoding and RFID transponders. 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.
ISC also allows the communication of PLM events between PDKM systems. PLM events typically convey information about changes in life cycle phase, service updates, change of ownership, etc. These events allow all concerned partners to follow the life cycle of the product even after the product has left their immediate control. 1—PROMISE System Architecture 49 Communication with third-party systems ISC also makes it possible to connect third-party systems to PROMISE systems. Third-party systems may include, for example, Warehouse Management Systems (WMS), production applications, service applications (run at point of service of a product), field databases and mobile applications.
Closed-Loop Product Life Cycle Management - Using Smart Embedded Systems by Markus Frey