the digital landscape has changed in recent years due to the rise in popularity of edge computing and Content Delivery Networks (CDNs), which offer faster and more effective internet access. Edge computing, a solution...
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Security has become crucial as internet of things (IoT) applications have grown in popularity. the prevalence of IoT vulnerabilities was recently exposed by a distributed denial-of-service (DDoS) assault, and many IoT...
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the internet of things (IoT) is marked by the presence of a versatile network of devices employing various forms of communication and data types. Due to their distributed nature and the generation of extensive data, I...
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Withthe rapid development of the coastal shipping industry, vessels face challenges of insufficient real-time data processing and computing power in complex marine environments, along with increasingly prominent ener...
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the demand for decentralized control techniques in DC microgrids has increased due to their ability to enhance scalability, reduce communication requirements, and improve overall system efficiency. this paper presents...
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computing has become available everywhere due to the huge spread of the internet of things (IoT) technologies across multiple and diverse areas. IoT expands internet connectivity and connects several devices to the In...
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Traditional research is often limited to the independent application of electronic internet of things (IoT) technology or cloud computing, and lacks integration research between the two, resulting in certain limitatio...
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ISBN:
(纸本)9798350363272;9798350363265
Traditional research is often limited to the independent application of electronic internet of things (IoT) technology or cloud computing, and lacks integration research between the two, resulting in certain limitations in collaboration and efficiency when applied in the intelligent manufacturing industry. this article combines electronic IoT technology and cloud computing, using intelligent algorithms to promote the synergy of various technologies in the intelligent manufacturing industry and improve production efficiency. Collecting large-scale intelligent manufacturing data through sensors, this article would store the collected data on cloud platforms and preprocess it. It intelligently analyzes intelligent manufacturing data through an improved Long Short Term Memory (LSTM) model. the directions for improving LSTM models include introducing attention mechanisms and Dropout regularization techniques. the results show that the average output input ratios of traditional manufacturing enterprises and intelligent manufacturing enterprises are 1.35 and 3.87, respectively. therefore, the application of electronic IoT technology and cloud computing can effectively improve the production efficiency of intelligent manufacturing.
Our research paper addresses the pressing security challenges emerging within the rapidly expanding internet of things (IoT) landscape, with a specific focus on the IOTA Tangle-a distributed ledger based on Directed A...
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the internet of Energy (IoE) is a distributed paradigm that integrates smart networks and internet technology. In contrast to traditional centralized energy systems, distributed Energy internet systems with multiple c...
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ISBN:
(纸本)9798350310191
the internet of Energy (IoE) is a distributed paradigm that integrates smart networks and internet technology. In contrast to traditional centralized energy systems, distributed Energy internet systems with multiple components and communication requirements necessitate innovative technologies for decentralization, reliability, efficiency and security. Novel blockchain architectures, smart contracts, and distributed federated learning technologies offer new opportunities for decentralized Energy internet services. In this paper, we classify state-of-the-art solutions utilizing blockchain, smart contracts, and federated learning for the IoE domains. In this context, four representative system models are identified and discussed. these models demonstrate various ways in which blockchain, smart contracts, and federated learning can be integrated to support the main domains of IoE, namely distributed energy trading and sharing, smart microgrid energy networks, and electric and connected vehicle management.
IoT smart applications must deal withthe inherently distributed nature of IoT infrastructures that may vary among different deployments. For example, in urban environments, some deployments may require distributed ed...
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ISBN:
(纸本)9798350369458;9798350369441
IoT smart applications must deal withthe inherently distributed nature of IoT infrastructures that may vary among different deployments. For example, in urban environments, some deployments may require distributed edge nodes to support the sensors and actuators, while others may skip this processing stage and go directly to the cloud. We propose the concept of an IoT computing Continuum, or IoTinuum, with multiple computing stages spread over the distributed IoT infrastructure. We present the modeling and implementation of two urban use cases for a 6-stage IoTinuum: smart drone delivery and smart structural monitoring. In our experience, the IoTinuum improves the understanding of function placement in application development and reveals important performance tradeoffs.
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