Agriculture is a cornerstone of the Indian economy, with approximately 58% of rural households relying on it as their primary livelihood. Soil moisture is a critical factor in agriculture, affecting plant health, irri...
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This paper investigates the distributed hypothesis testing (DHT) problem over AWGN channels, where the distributed nodes are restricted to transmit functions of the empirical distributions of the observed data sequenc...
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The Internet of Things (IoT) has transformed many different industries, but its effects on building automation stand out in particular. Building IoT sensor networks are essential for maximizing energy use, boosting se...
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Currently, distributed message systems (DMSs) are widely used in large-scale systems to assist system functionality and continuously bring performance benefits. Usually, the performance of a DMS system is highly depen...
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Cross-Chain is an emerging technology to enable transaction circulation across different blockchain systems, breaking down transaction isolation among decentralized ecosystems. Existing cross-chain solutions are often...
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In recent years, many educational institutions have adopted information systems such as e-Learning platforms and groupware. However, these existing information systems often have significant installation, operation, a...
In recent years, many educational institutions have adopted information systems such as e-Learning platforms and groupware. However, these existing information systems often have significant installation, operation, and maintenance costs. Moreover, on-premise systems require expensive servers and cloud computingsystems can accumulate high maintenance expenses. To address this issue, we have proposed that utilizes idle resources (idle computers) in an organization's information system. One of the characteristics of idle computers is that communication lines can be connected or disconnected at arbitrary times according to the operations of the original users. In general, the distributed system uses an idle computer as an unstable resource. However, our proposed system requires tolerating them as normal behaviors, and it requires a test environment for this problem. In this paper, we propose a load-testing environment to use idle computers having unstable behaviors in a distributed system. We also implemented and applied the proposed environment to a distributed e-Learning system. The result shows efficiency in showing behavior of unstable behaviors of idle computers to developers.
Wireless sensor Networks (WSNs) has gained undisputed importance in the past decade in wide range of applications. WSN consists of densely deployed sensor nodes to monitor the environment. The sensed and collected dat...
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This paper proposes a remote monitoring and decision-making system for intelligent ships based on edge computing and distributed algorithms. Relying on the high bandwidth and low latency characteristics of 5 G communi...
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ISBN:
(数字)9798350389418
ISBN:
(纸本)9798350389425
This paper proposes a remote monitoring and decision-making system for intelligent ships based on edge computing and distributed algorithms. Relying on the high bandwidth and low latency characteristics of 5 G communication, real-time data processing and remote monitoring of ship operation status are realized. The system localizes a large amount of sensor data through edge computing, and combines distributed algorithms to improve data fusion and decisionmaking efficiency. Data transmission supported by 5G communication provides technical guarantee for seamless connection between ships and shore-based monitoring centers. Through real-time analysis of ship sensor data, the system can predict potential faults and optimize navigation strategies. Model simulation results show that the distributed algorithm based on edge computing has significant advantages in improving data processing speed, reducing decision response time by 15% and improving monitoring accuracy by 8.5%. This study provides technical support for remote monitoring and autonomous decision-making of intelligent ships, and verifies the broad application prospects of $\mathbf{5 G}$ communication in the field of maritime communications.
High-performance sensors play a crucial role in IoV (Internet of Vehicles) to achieve advanced autonomous driving. Typically, IoV involves extensive data sharing and centralizes data storage, posing significant securi...
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Three-dimensional (3-D) mapping for recognizing surrounding objects plays a crucial role in realizing the metaverse and spatial computing on mobile devices. A LiDAR sensor based on direct time-of-flight (dToF) technol...
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