Discusses the implicit benefits of using digital halves in manufacturing processes to achieve sustainability pretensions. The authors propose an intertwined ecosystem of digital halves that can support sustainable decision- making across the product life cycle.
The composition begins by introducing the conception of digital halves and their current operations in colorful diligence. Digital halves are virtual models of physical objects or processes that enable simulations and prognostications. The authors suggest that digital halves can be particularly useful in the manufacturing assiduity, where they can ameliorate effectiveness and reduce waste.
The authors also describe the colorful factors of the proposed integrated ecosystem of digital halves. These factors include a knowledge graph, a digital binary depository, a simulation machine, and a decision support system. The knowledge graph would integrate data from colorful sources and enable semantic querying, while the digital binary depository would store digital binary models. The simulation machine would enable real- time simulations, and the decision support system would give recommendations grounded on simulation results.
The composition concludes by agitating the implicit benefits of the proposed ecosystem, including bettered sustainability, reduced costs, and increased invention. The authors argue that by using digital halves to pretend and optimize manufacturing processes, companies can reduce their environmental impact while also perfecting their nethermost line. They suggest that this integrated ecosystem of digital halves can support sustainable decision- making throughout the product life cycle, from design to end- of- life.
The authors also admit some of the challenges that may arise in enforcing this ecosystem, including the need for standardized data formats and the implicit costs of developing and maintaining the system. still, they argue that the benefits of such a system could overweigh these challenges in the long run.
Overall, the composition highlights the eventuality of digital halves to support sustainable manufacturing and proposes an intertwined ecosystem of digital halves as a way to achieve this thing. It provides a precious donation to the ongoing discussion about the part of technology in promoting sustainability and demonstrates how digital halves can be used to drive invention and effectiveness while also reducing environmental impact.
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