Since the invention of cloud computing technologies, the term "cloud-native" has been used. In recent years, research into cloud-native technology has grown along with the development of cloud computing tech...
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ISBN:
(纸本)9798350386783;9798350386776
Since the invention of cloud computing technologies, the term "cloud-native" has been used. In recent years, research into cloud-native technology has grown along with the development of cloud computing technology. One of the most popular software architectures of our time, cloud-native architecture integrates cloud-native technology to conventional distributed architectures and aligns with the characteristics of modern cloud usage. This article examines the history of cloudnative technologies, warehouse information systems, and pertinent literature. It suggests a three-tier design for a Cloud-Native Warehouse Management and Control Platform (CWMCP), combining the traits of automated storage and retrieval systems (AS/RS). The study examines the functioning of the data layer, service layer, and application layer as well as their logical relationships and discusses each layer's specific design, deployment, and features in detail. Based on operational requirements of AS/RS warehouses, we developed a business analysis framework integrating algorithms, and created a prototype cloud-native warehouse management system (CWMS). We then analyzed the platform's advanced architecture and verified its effectiveness. CWMCP is in high demand and a promising trend for enabling digital and intelligent transformation of AS/RS systems.
The design and optimization of iot cloud platform for intelligent fire protection based on big data technology aims to improve the intelligence level of fire protection system to better adapt to the changeable fire ri...
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To meet the evolving demands of equipment support in future warfare scenarios, the utilization of war games within the realm of equipment support is being expedited to effectively enhance the efficiency of equipment s...
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This study explores the design and implementation of an intelligent building control system based on the CAN bus protocol. The CAN bus, renowned for its efficiency and reliability, is extensively utilized across vario...
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ISBN:
(纸本)9798400710353
This study explores the design and implementation of an intelligent building control system based on the CAN bus protocol. The CAN bus, renowned for its efficiency and reliability, is extensively utilized across various embedded systems, particularly demonstrating significant potential in the realm of intelligent buildings. This paper begins by analyzing the characteristics and layered structure of the CAN bus protocol, including the physical layer, data link layer, and application layer. Building upon this foundation, a design scheme for a main controller hardware integrating multifunctional modules is proposed, encompassing key components such as peripheral circuits, storage modules, CAN transceiver modules, and Ethernet modules. In terms of software design, the development process of the drivers for the CAN bus and Ethernet modules is elaborated. Ultimately, experimental validation confirms the performance and stability of the designed system, revealing its excellence in real-time data transmission, communication stability, and fault handling capabilities, making it well-suited for practical applications in intelligent buildings. This study provides valuable insights for the design of future intelligent building control systems.
How to solve the problem of low space utilization in the current environmental designsystem? By proposing artificial intelligence technology, this paper aims to improve the efficiency, intelligence and user experienc...
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In the wind power industry, the algorithm library plays an important role in the development of control systems as a carrier for the application and accumulation of industry knowledge. In order to realize the developm...
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This paper proposes an intelligent clash check and handling system tailored for the 3D design software PDMS in the power industry, aiming to enhance its clash check capabilities. The system comprises multiple modules,...
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In the wastewater treatment system, in order to remove or reduce the suspended matter in the water, so that it can produce a large amount of condensate, and accelerate the settlement speed of impurities in the water, ...
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The development status of substation auxiliary control system technology is explained, the substation operation and maintenance and its intelligent development of the new demand is analyzed, and the self-developed aux...
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The intentional design and fitting of intelligent autonomous systems (IAS) swarms to operating environments is a system of systems engineering priority. IAS are artificial, physical systems that modify their behaviors...
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ISBN:
(纸本)9798350365924;9798350365917
The intentional design and fitting of intelligent autonomous systems (IAS) swarms to operating environments is a system of systems engineering priority. IAS are artificial, physical systems that modify their behaviors in response to environmental stimuli, without needing external approval: a swarm, or cooperative team, of IAS is, therefore, a system of systems. Importantly, the extent to which the structure of an IAS swarm fits its operating environment, particularly how it cooperatively coordinates task performance, is a significant determinant of group performance and mission accomplishment. This study computationally investigated the impact of three cooperative coordination designs on swarm performance, using the scenario of monitoring for and reporting indications of illegal, unreported, and unregulated fishing activities. Consistent with expectations, a design characterized by greater decentralized decision-making and employment of distributed, differentiated specializations outperformed other designs. Future studies should explore the impacts of these cooperative coordination designs on the performance of other swarm missions and assess the relevancy of the designs in field experimentation.
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