Precision Agriculture (PA) leverages ICT innovations to optimize resource allocation, minimize environmental impact, and meet global food demands. PA faces significant challenges in aggregating and processing vast amo...
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ISBN:
(纸本)9783031579301;9783031579318
Precision Agriculture (PA) leverages ICT innovations to optimize resource allocation, minimize environmental impact, and meet global food demands. PA faces significant challenges in aggregating and processing vast amount of sensor data and environmental inputs from diverse sources like sensors, satellites, weather stations, and drones. This paper describes a scalable Edge-to-Cloud (E2C) system designed for Precision Irrigation services and applications. The system integrates existing and new services, automating data flows to enable precision irrigation and support decision making. A detailed description of the service hierarchy and of service allocation along Cloud, Edge and intermediate Fog nodes is provided. E2C emerges as a key architectural solution to cope with the challenges of smart farming.
With a growing emphasis on environmental health and safety, monitoring and managing air quality in large-scale settings such as campuses are becoming increasingly critical. This research proposes an innovative approac...
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ISBN:
(纸本)9783031647659;9783031647666
With a growing emphasis on environmental health and safety, monitoring and managing air quality in large-scale settings such as campuses are becoming increasingly critical. This research proposes an innovative approach that integrates multilocation Internet of Things (IoT) sensors, edge artificial intelligence (AI), machine learning, and public API integration to create a comprehensive air quality monitoring and notification system for campus environments. Our framework deploys IoT sensors across various locations within the campus to collect real-time data on air quality parameters. Leveraging edge AI capabilities, these sensors process data locally, enabling rapid analysis and anomaly detection without the need for centralized processing. Furthermore, machine learning algorithm is used to analyze the collected data, identify patterns, and predict air quality. To enhance user accessibility and engagement, the system use public APIs to deliver notifications and alerts regarding air quality status.
Smart city is a new concept and model of urban development in recent years. It is another major breakthrough in scientific and technological progress. Buildings are an important part of urban construction. This paper ...
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The application of artificial intelligence technology has brought about great changes. Artificial intelligence technology has facilitated a change in the understanding of elderly care service models, elderly care cent...
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The arrival of 5G era and the mutual promotion and development of new media platform have become the inevitable trend of future development. By constructing the construction of big data system operation and maintenanc...
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Trusted demand model is the primary method of cloud accounting audit, and in a complex network environment, it is easy to have the problem of inaccurate demand analysis, which reduces the accuracy of cloud accounting ...
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In recent years, with the rapid advancement of science and technology such as artificial intelligence (AI) in the power model, transmission network (TN) technology has also been greatly improved. At the same time, the...
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作者：
Xu, QifengSchool of Mechanics
North China University of Water Resources and Electric Power Henan Zhengzhou China
Mechanical manufacturing industry is the pillar industry in China’s industrial production, which occupies an important economic position in China’s economic development. Mechanical automation technology is an import...
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With the rapid development of China’s economy, information technology came into being under the economic development. The shadow of the information technology gradually emerged in the China’s communication technolog...
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