Titlebook: Industrial Internet of Things; Cybermanufacturing S Sabina Jeschke,Christian Brecher,Danda B. Rawat Book 2017 Springer International Publis

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Cyber-Physical Electronics Production systems. The ability to . into materials, machines, and products leads to autonomous cyber-physical systems with an image in the virtual world and a real-world counterpart down on the shop floor. An efficient sensor data consolidation is in the position to establish . across global production netwo

物種起源

Cyber-Physical Systems Engineering for Manufacturingal Institute of Standards and Technology (NIST) has undertaken research programs in smart manufacturing systems to address many of the standards and measurement science issues that arise from this convergence. This chapter describes the convergence, the progress made thus far in the NIST programs in

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Pathogen

Formal Verification of SystemC-based Cyber Components increasing complexity, these cyber components have to be modeled at high level of abstraction when creating a new CPS. Therefore, the Electronic System Level (ESL) emerged and a widely accepted ESL design language is SystemC. The main driver for abstraction in SystemC is Transaction Level Modeling

Ligament

Evaluation Model for Assessment of Cyber-Physical Production Systemslogies are going to advance manufacturing automation and industrial production. Information technology seems once again to be the driving force for change in manufacturing automation. But what are the characteristics of such systems in comparison to the existing approaches? In this article we recomm

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CPS-Based Manufacturing with Semantic Object Memories and Service Orchestration for Industrie 4.0 Ap provide each physical entity with a virtual representation and a storage space, named the digital object memory. Such memories can be used for produced goods as well as the production line components themselves and contain all production-relevant data. Moreover, in smart production lines a centrali

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insightful

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Enhancing Resiliency in Production Facilities Through Cyber Physical Systemsy, robustness and efficiency. Simultaneously, they will have a large impact on the way production facilities are organized and structured. This chapter thus reviews the basic concept of CPS in factories and their three dedicated specificities—systems for production, transportation and assistance—as

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Communication and Networking for the Industrial Internet of Thingsg communication and control to single factory environments. To overcome this limitation, the Industrial Internet of Things (IIoT) envisions the integration of these local communication structures into larger systems, such as the interconnection between factories and suppliers, or even the Internet.