The health and safety of miners are seriously at stake since coal mining is a difficult and dangerous job. Innovative solutions have been created to reduce these dangers and enhance the efficiency and safety of coalmi...
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Parallel inverter systems have gained significant attention due to the advantages associated with them in modern power grids and parallel grid connections. The control of parallel inverters plays a crucial role in ens...
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The integration of the Internet of Things (IoT) in sericulture, or silk farming, has the potential to significantly enhance the efficiency and output of silk production. Traditional methods, such as manual monitoring ...
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American Sign Language is a hand sign language that allows two people to communicate completely by moving their hands together. This sign language is useful for mute and deaf individuals to communicate about their sit...
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To tackle the challenge of secondary control in islanded microgrids with distributed power sources, this paper introduces a novel distributed cooperative control approach leveraging a finite-time event-triggered mecha...
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Reducing end-to-end delay in safety-critical systems, such as controlling remote robots with motion controllers in industrial sites, is a major challenge. 5G mobile communication has greatly contributed to reducing tr...
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ISBN:
(纸本)9781665462686
Reducing end-to-end delay in safety-critical systems, such as controlling remote robots with motion controllers in industrial sites, is a major challenge. 5G mobile communication has greatly contributed to reducing transmission delay, but realtimeness in an edge server system responsible for packet processing and delivery in the middle of an industrial site can contribute even more. Although the Linux community released a kernel patch to enhance the real-time tasks, it occasionally violates the demand of bounded (worst case) latency. In this paper, we propose a real-time scheduling approach in the edge computing server to handle a latency violation and applies it to the two-way motion control system. As a result, our proposed approach shows that data packet processing is more effective than other comparison groups.
At present, the self-organization control of UAV swarms has made research progress in many fields, and the essence of related research is to reduce the dependence of UAV swarms on centralized base stations. Reducing t...
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CoDeSys is a soft PLC to provide programming and development environment for automationcontrol software platform, this paper uses the software features of CoDeSys to design a complete filling wisdom production line a...
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Software-defined network (SDN) systems in their recent development has enabled innovative methods and systems to facilitate control of large and complex infrastructures critical to both regional and national interests...
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ISBN:
(纸本)9798350361513;9798350372304
Software-defined network (SDN) systems in their recent development has enabled innovative methods and systems to facilitate control of large and complex infrastructures critical to both regional and national interests. The advent of cloud computing allows the convergence of operation and information aspects of the traditional industrial control systems (ICS), forming the core functionalities of many critical infrastructures ranging from energy, transportation, communication to supply chains. Resilience and the mitigation of natural, manmade and cyber-based attacks are at the center of these infrastructures given the vast amount of data (both friendly and malicious) encountered in the systems. To address these issues, a holistic approach to examine the major subsystems of the infrastructure is thus essential. This paper provides a cross-sectional study of the cloud-based Smart Grid, which utilizes policy-based network management methods in runtime monitoring and operation at both the control and data-plane levels. We present an experimental 5G simulation platform that connects a network of SDN embedded 5G devices with a PLC network via the classical Ethernet as Internet of Things (IoT). Basic functionality of this experimental platform is verified for performance and scalability for future extension in system complexity.
The automatic control system is critical in electronic network communication equipment, however it has an issue with erroneous performance positioning. The typical Genetic algorithm is unable to address the automatic ...
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