manufacturing of large components is a complex and challenging process characterized by high customization requirements, involving a large variety of subassemblies that must be manufactured and assembled involving mul...
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ISBN:
(纸本)9783031382406;9783031382413
manufacturing of large components is a complex and challenging process characterized by high customization requirements, involving a large variety of subassemblies that must be manufactured and assembled involving multistage manufacturing processes. Moreover, product quality and production efficiency are key elements to ensure. Therefore, an integrated framework capable of ensuring an efficient manufacturing from the initial design phase is needed. The goal is to obtain the continuous evolution of the large component being manufactured by linking Product, Process and Resources data. In this regard, this paper presents a methodology for implementing a data-driven digital infrastructure supporting data exchange in a heterogeneous engineering landscape between engineering, production, quality and management. As a result, a digital platform integrating data models, digital twins and data-driven algorithms have been implemented enabling the application of feedforward control strategies as well as optimization loops to enable a more precise, efficient and sustainable manufacturing.
The engineering process is a critical area in the design and development of devices for scientific, industrial and technological applications. This process involves the conceptualization, design, prototyping and produ...
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ISBN:
(纸本)9783031765964;9783031765971
The engineering process is a critical area in the design and development of devices for scientific, industrial and technological applications. This process involves the conceptualization, design, prototyping and production of equipment suitable for specific operations or functions. The main objectives of equipment engineering are to optimize the performance, efficiency of functionality, safety and reliability of devices, as well as to reduce costs and production time. The application of advanced engineering methodologies, such as Computer-Aided Design (CAD), systems analysis and advanced manufacturing techniques such as Additive manufacturing (AM), allows the creation of high specialized and high performance equipment to satisfy the specific needs of modern industries. In the framework of advanced technologies such as nuclear fusion, equipment engineering plays a key role in solving complex challenges and developing innovative solutions involving various aspects of engineeringknowledge. This paper presents the design and prototyping process of a tool for in-bore welding of pipes used in fusion nuclear power plants, called In-Bore Welding Tool (IBWT).
In order to solve the problem that all kinds of knowledgedata of the aerospace unit are scattered in different business systems, improve the accuracy and intelligence of information retrieval as well as reduce the co...
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Wireless Technology became more popular from couple of decades. Modern Technologies such as Mobile Broad Band Communications, Ultra Low Latency Communications and Internet of Things purely depends on Wireless technolo...
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Within the context of Industry 4.0 and the Reference Architecture Model Industrie 4.0, the Asset Administration Shell (AAS) framework has emerged as a critical component for implementing Digital Twins that facilitate ...
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ISBN:
(纸本)9783031744815;9783031744822
Within the context of Industry 4.0 and the Reference Architecture Model Industrie 4.0, the Asset Administration Shell (AAS) framework has emerged as a critical component for implementing Digital Twins that facilitate a seamless data exchange within a manufacturing ecosystem. The concept enables asset communication across various application domains, organizing the design and interaction amongst manufacturing components while capturing key information relating to assets such as operational parameters, intrinsic properties, and technical functionalities. Each category of information is stored within the AAS in a structure called a sub-model, while specific properties are stored as sub-model elements. Moreover, the literature presents a gap in post-processing the information contained within the sub-models to generate data-driven decisions and the bidirectional data exchange with the AAS. Additionally, the developing concept behind AAS requires demonstration with manufacturing cases of what can be done with the information in the submodels of the AAS. This research explores the practical implementation of AAS in a manufacturing context and the tools used in their development. An approach is developed to map a semantic ontology representation from the AAS structure. The semantic structure of the information enables querying and reasoning about the data, which contributes to better understanding among diverse manufacturing components, enabling enhanced monitoring and decision-making. The use case utilizes parameter data from the AAS to estimate a key performance Indicator, Overall Equipment Effectiveness (OEE), and stores the value back in the AAS. Utilizing this approach contributes to optimizing manufacturing efficiency and productivity within manufacturing production.
Electronic products are essential core cells or components in multiple industries such as automobiles. With industry transformation or upgrading, as well as high-quality market demand, higher requirements have been pu...
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Overall Equipment Effectiveness (OEE) stands as a key performance metric widely adopted in the manufacturing industry, aiding in enhancing productivity. This metric offers a comprehensive overview to higher management...
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Cloud security encompasses the deployment of advanced technologies, methodologies, and programming to safeguard cloud-based applications, ensuring their protection against potential threats and vulnerabilities. Cloud ...
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Industry 4.0 is being pushed by Industry 5.0 to put the human factor at the centre of technological innovation by fostering engagement practices, namely through participatory design and communication and knowledge sha...
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ISBN:
(纸本)9783031381645;9783031381652
Industry 4.0 is being pushed by Industry 5.0 to put the human factor at the centre of technological innovation by fostering engagement practices, namely through participatory design and communication and knowledge sharing. Kaizen Teian, or suggestion systems, are tools that empower employees with voice behaviour, giving them the possibility to foster innovation in the organisation by fostering in them this feeling of involvement and/or belonging. This paper brings a prototype of a suggestion system, co-created with employees from three multi-sector companies that integrates the PDCA cycle with the Disney strategy, a Neuro-linguistic Programming technique used in Coaching. The Disney strategy aims at supporting innovation through a process for the realisation of ideas, giving them a mature character. This system fosters two of the predictors of work engagement, which are participative design and knowledge sharing, and brings transparency to suggestions, enabling the employee to monitor them. The promotion of sustainable innovation through the Disney strategy, the improvement of labour engagement and the sharing of knowledge, are all enhancing factors of organisational competitive advantage, not only by retaining the workforce, but also by preserving organisational knowledge. This is a digital tool adapted to the current challenging technological context, where Lean must be preserved and coaching tools applied.
The proceedings contain 123 papers. The topics discussed include: supervised machine learning models and schema matching techniques for ontology alignment;framework for a knowledge-based course recommender system focu...
ISBN:
(纸本)9789897587160
The proceedings contain 123 papers. The topics discussed include: supervised machine learning models and schema matching techniques for ontology alignment;framework for a knowledge-based course recommender system focused on IT career needs;optimization of methods for querying formal ontologies in natural language using a neural network;personalized asthma recommendation system: leveraging predictive analysis and semantic ontology-based knowledge graph;elementary multiperspective material ontology: leveraging perspectives via a showcase of EMMO-based domain and application ontologies;positive-unlabeled learning using pairwise similarity a parametric minimum cuts;efficient visualization of association rule mining using the rules;predicting post myocardial infarction complication: a study dual-modality and imbalanced flow cytometry data;a model for designing personalized and context-aware nudges;automatic transcription systems: a game changer for court hearings;scientific claim verification with fine-tuned NLI models;and assessing the use of online platforms in sharing tacit knowledge in innovation networks.
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