In wireless communication environments, network administrators must comprehend the situation of the wireless resource usage as detailed as possible to prevent deterioration of the communication quality. Both RSS data ...
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The proceedings contain 102 papers. The topics discussed include: research on bearing diagnosis with a smart gearbox using monitored vibration data;measured radiation power for 5G communication device;YOLOv7 algorithm...
ISBN:
(纸本)9781839539848
The proceedings contain 102 papers. The topics discussed include: research on bearing diagnosis with a smart gearbox using monitored vibration data;measured radiation power for 5G communication device;YOLOv7 algorithm and Winograd acceleration circuit for real-time road image recognition and reminder;grape farm pest bird sound detection system using embedded systems;a multi-stage dual mode digital LDO with fast transient response and adaptive frequency;optical dual sensor for the simultaneous detection of oxygen and nitric oxide based on electrospun fibers double-layer;an interactive English learning system with image and speech recognition;low-cost vibrotactile sensor using polyvinylidene fluoride film for use in virtual haptic data gathering;a robust model for the intelligent classification of uterine fibroid ultrasound images;and interworking between SNMP and OM2M supporting the bulk operation.
In this study, we propose the K-EP (K-Equidistant Partitioning) Augmentation method to enhance the performance of a CNN-based model for classifying pet behaviors using sensor data. The the K-EP Augmentation method inv...
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The Internet of Things, or IoT, has become a paradigm shift that unites the digital and physical worlds to create a world that is always linked. In order to fully realize the promise of the IoT, this article explores ...
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Bionic fish technology refers to the research and design of mechanical or electronic systems that imitate the movement principle of natural fish, dolphins, or other Marine organisms. It is widely used in ocean observa...
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Robotics is an emerging field and finds application in various areas. For applications such as navigation and collecting information in a large agricultural field, it is important to use more than one robot for timely...
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With the development of heterogeneous sensory networks in various applications of domains for ensuring the security against denial based service (DoS) attacks will become a paramount. In this research study, a proposa...
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This paper discusses the design and implementation of a wearable electrodermal activity (EDA) sensor intended to detect subtle changes in skin conductivity, which are indicative of emotional states such as stress and ...
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Water quality monitoring sensor networks (WQMSNs) are crucial technological applications in environmental management, facilitating real-time monitoring and data collection of water quality. However, allocating tasks a...
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ISBN:
(纸本)9798350350319;9798350350302
Water quality monitoring sensor networks (WQMSNs) are crucial technological applications in environmental management, facilitating real-time monitoring and data collection of water quality. However, allocating tasks among sensor nodes in complex aquatic environments poses significant challenges to network efficiency. To tackle the task allocation problem in WQMSNs and enhance network performance, this paper introduces a novel Chaotic Quantum Grey Wolf Algorithm (CQGWA). This algorithm incorporates a new chaotic operator and a quantum operator to optimize the task allocation of sensor nodes. The chaotic operators introduce randomness, helping to avoid local optima and enhancing the global search capability. Meanwhile, the quantum operators utilize quantum bit representation and quantum rotation gates to refresh the evolutionary search. They select predefined candidate solutions from the candidate states and seek the globally optimal predicted solution for a given objective function. Extensive simulation experiments were conducted to validate the effectiveness of CQGWA. The results demonstrate that compared to the traditional Grey Wolf Algorithm (GWA) and Genetic Algorithm (GA), the task allocation efficiency in WQMSNs optimized using CQGWA increases by at least 8.46%. This significantly improves the effectiveness of water quality monitoring and enhances the network's performance and reliability.
Pressure sensor is an important component of wearable devices, and flexible capacitive pressure sensors are the first choice because of the advantages of low impedance, low power, and high stability. The sensor that i...
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