This paper presents the design and implementation of a Continuous Integration and Continuous Deployment (CI/CD) pipeline aimed at automating application containerization and deployment within Kubernetes clusters, usin...
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ISBN:
(纸本)9798331528690;9798331528706
This paper presents the design and implementation of a Continuous Integration and Continuous Deployment (CI/CD) pipeline aimed at automating application containerization and deployment within Kubernetes clusters, using free or open-source tools and technologies. The CI part leverages Jenkins, integrating tools such as Git, SonarQube, and Docker while the CD part, managed by ArgoCD, pulls code from a Git repository and deploys the application into Kubernetes. Continuous monitoring is provided by Prometheus and Grafana, while Kubecost facilitates cost analysis to optimize resource utilization. Comprehensive load tests evaluate performance and stability under various workloads, offering a robust and scalable framework that enhances development efficiency, system reliability, and operational agility.
This paper proposes an adaptive trajectory optimization algorithm based on deep reinforcement learning (DRL) to address the issues of low computational efficiency and poor environmental adaptability in aircraft trajec...
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Aiming at the current situation and threats of industrial domain security, this paper focuses on the application gaps of cryptography in this domain, deeply analyzes its encryption requirements, and conducts applicati...
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Nowadays, more and more intelligent electrical appliances will replace the ' old electrical appliances ' in our life. Many intelligent electrical appliances have been realized and entered our daily life. This ...
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The overall framework of large-scale intelligent building integration system based on IBS technology is proposed. Then, the whole architecture is deeply researched and designed. The realization method of the platform ...
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With the great success of machine learning (ML) algorithms represented by deep learning in vision, speech recognition and other fields, while looking forward to and promoting the large-scale educational application of...
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A corridor is a place that really needs lighting. However, it is also one of the causes of energy waste. This study aims to design an automatic switch system in the corridor or hallway of the building. Automatic switc...
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The traditional manufacturing system cannot effectively coordinate and balance control over multiple functional segments in the design process. This not only results in certain errors in the connection between functio...
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Reactor digital control system ( DCS) is the brain and central nervous system of nuclear power plant. It is the most complex system of nuclear power plant, which can ensure the safety and stable operation of the nucle...
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ISBN:
(纸本)9780791888230
Reactor digital control system ( DCS) is the brain and central nervous system of nuclear power plant. It is the most complex system of nuclear power plant, which can ensure the safety and stable operation of the nuclear power plant. The DCS in nuclear power plants can be divided into safety-related DCS and non-safety-related DCS. With the improvement of digital, intelligent, integrated and miniaturized technology of the DCS in nuclear power plant, thermal management is becoming an increasingly integral part of advanced DCS systemdesign. In electronic devices, temperature is one of the key factors affecting the performance of the electronic components. In the field of electronic heat dissipation, there is a famous ten-degree rule: the reliability of electronic devices is closely related to the temperature. Within a certain temperature range, the temperature of electronic components rises by 10 degrees, its reliability will decline by 50%. Therefore, effective thermal management of electronic equipment is particularly ***, thermal management technology mainly focus on three key elements: heat source, heat sink and the channel to removing heat. Large amount of researches about these three elements were carried out in order to meet the requirements of application scenarios and various heat *** one hand, thermal management can reduce the failure probability of the DCS, on the other hand, more efficient thermal management can reduce the weight, volume and energy consumption of the DCS. Firstly, the application of thermal management technology in various industrial fields is systematically reviewed and summarized in this paper. Then, combined with the three elements of thermal management mentioned above, the application scenario of thermal management in DCS of nuclear power plant is analyzed. systematic thermal management research on DCS of nuclear power plant aims to lay the groundwork and support for the subsequent application of advanced thermal ma
At present, many intersections have various problems such as traffic congestion, frequent traffic accidents, and increasingly serious traffic pollution. How to optimize traffic flow, improve vehicle traffic efficiency...
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