In clothing manufacturing, automated equipment systems capable of customized small-scale production using robots are receiving much attention. To flexibly produce various types of clothing using such a system, a monit...
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ISBN:
(纸本)9798350375039;9798350375022
In clothing manufacturing, automated equipment systems capable of customized small-scale production using robots are receiving much attention. To flexibly produce various types of clothing using such a system, a monitoring and control environment that is friendly to user decision-making is required. Nevertheless, existing equipment systems do not provide such an environment because they are focused on the operation itself, and there are time and financial limitations in establishing a monitoring and control platform environment in equipment systems intended for small-quantity production. This paper verified data collection, simulation-based analysis, and control on an actual clothing production micro-factory system for verifying the operation behavior. Experimentally, we performed the operation verification of the proposed CPS methodology. We confirmed that control of existing scenarios and simulation-based analysis and control of new scenarios are possible. We expect that the proposed method will provide a user-friendly decision-making environment for existing manufacturing facilities and improve the efficiency of the production line.
A compliance control method is provided to achieve force and position hybrid control for a chewing robot in this paper. Occlusal contact is regarded as mass-spring-damping system, and then impedance control model is e...
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ISBN:
(数字)9798331506056
ISBN:
(纸本)9798331506063
A compliance control method is provided to achieve force and position hybrid control for a chewing robot in this paper. Occlusal contact is regarded as mass-spring-damping system, and then impedance control model is established. A compliance control is created by combining an adaptive loop with an impedance controller. and its adaptive law is derived using Lyapunov stability theory. Prototype experiments results show that the force and position hybrid control issue can be successfully resolved and chewing force can be accurately tracked by using the suggested control approach for the chewing robot.
Artificial Intelligence (AI) applications in automationsystems are usually distributed systems whose development and integration involve several experts. Each expert uses its own domain-specific modeling language and...
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ISBN:
(纸本)9781665493130
Artificial Intelligence (AI) applications in automationsystems are usually distributed systems whose development and integration involve several experts. Each expert uses its own domain-specific modeling language and tools to model the system elements. An interdisciplinary graphical modeling language that enables the modeling of an AI application as an overall system comprehensible to all disciplines does not yet exist. As a result, there is often a lack of interdisciplinary system understanding, leading to increased development, integration, and maintenance efforts. This paper therefore presents a graphical modeling language that enables consistent and understandable modeling of AI applications in automationsystems at system level. This makes it possible to subdivide individual subareas into domain specific subsystems and thus reduce the existing efforts.
cyber attacks have become more complicated for banking, e-commerce, and other social media applications. Many traditional models can prevent threats or attacks from malicious online users. This paper developed a new d...
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Using traditional (probabilistic) methods to analyse the safety risks of severe accidents in non-digital systems, structures, and components at nuclear power plants or the defence sector is a well-established practice...
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An Industrial control System (ICS) can be seen as a comprehensive class of automationsystems employed to provide control and monitoring functionalities in manufacturing and industrial sectors. There has been a trend ...
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in order to reduce the medical injury of patients in the transfer process, reduce the labor intensity of medical staff in the transfer process, through technological innovation and process re-engineering, the safe tra...
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This paper investigates the state-feedback and observer-based feedback control for positive cyber-physical systems. A novel positive anti-attack controller is first proposed for the systems by introducing a switched c...
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Dynamically reconfigurable liquid crystal-based reconfigurable intelligent surfaces (LCRIS) have emerged as a promising technology for addressing the requirements of 5G/6G wireless communication systems. To achieve th...
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ISBN:
(纸本)9798350373981;9798350373974
Dynamically reconfigurable liquid crystal-based reconfigurable intelligent surfaces (LCRIS) have emerged as a promising technology for addressing the requirements of 5G/6G wireless communication systems. To achieve the transition from laboratory settings (LC phase elements) to commercial deployment (LC electro-optic panel), significant advancements are necessary for the development of these advanced network technologies on an unprecedented scale. This study presents a comprehensive prospective analysis of LCRIS technology, elucidating its potential for cutting-edge applications within the context of 5G/6G networks. It explores the distinctive capabilities of LCRIS in optimizing signal propagation, mitigating interference, and enhancing overall network performance. Moreover, this review seeks to tackle the challenges and opportunities associated with the integration and commercialization of LCRIS by offering valuable insights into its potential, thereby facilitating the transition of 5G/6G technologies from laboratory settings to practical real-world applications, thereby unlocking novel possibilities for next-generation wireless communication systems.
automation disengagement cases are the situations where an intelligent vehicle encounters unresolvable cases. Current autonomous vehicles usually directly switch the vehicle driving authority to human driver in these ...
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