Aerial drones, in general known as Unmanned Aerial Vehicles (UAVs), holds a longstanding history of being utilized within mobile networks as network processors;however, a shift has been observed where they are now bei...
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ISBN:
(纸本)9783031837821;9783031837838
Aerial drones, in general known as Unmanned Aerial Vehicles (UAVs), holds a longstanding history of being utilized within mobile networks as network processors;however, a shift has been observed where they are now being utilized as mobile servers within the framework of Mobile Edge Computing (MEC). this evolution is primarily attributed to their inherent flexibility, portability, robust line-of-sight communication capabilities, and cost-effectiveness, which allows for adaptable usage scenarios, thereby contributing to an increase in their utilization within both research and commercial settings. the essential characteristics of aerial drones have made them increasingly popular across a wide spectrum of civilian services, such as transportation, industrial monitoring, agriculture, forest fire management, and wireless services. Within the scope of this project, the focus lies on exploring MEC networks utilizing Unmanned Aerial Vehicles, where these UAVs undertake computational tasks provided by mobile terminal users (TUs). In order to guarantee the Quality-of-Service (QoS) for each TU, the UAV makes real-time modifications to its flight path by taking into consideration the positions of the mobile TUs, withthe ultimate goal of improving the overall performance of the network and enhancing the user experience.
this paper proposes an early warning technology for power grid cloud platform microservice architecture alarm information based on unsupervised learning, discovers potential abnormal patterns and rules, sends out earl...
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ISBN:
(纸本)9798350375084;9798350375077
this paper proposes an early warning technology for power grid cloud platform microservice architecture alarm information based on unsupervised learning, discovers potential abnormal patterns and rules, sends out early warning signals in a timely manner, and improves the ability to identify and process power grid cloud platform microservice architecture alarms. According to the above steps, based on the establishment of the power grid business microservice operation alarm log alarm information knowledge base, this article will study the cloud platform operation monitoring data scoring algorithm, classify the cloud platform monitoring information, and then filter out the suspected abnormal data. For different business types of complex scenarios, research on abnormal information classification mining technology based on statistical models, proximity, clustering and classification, apply improved K-means clustering[1] and LOF outlier detection technology[2] to establish a combined detection model, and detect anomalies the data is clustered and outliers detected to achieve active early warning technology of unsupervised learning.
this paper delves into the problem of scheduling manufacturing workshop operations with multiple Automated Guided Vehicles (AGVs), aiming to minimize the maximum completion time. To tackle this issue, a novel approach...
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ISBN:
(纸本)9798350362770;9798350362763
this paper delves into the problem of scheduling manufacturing workshop operations with multiple Automated Guided Vehicles (AGVs), aiming to minimize the maximum completion time. To tackle this issue, a novel approach based on the Imperialist Competitive Algorithm is proposed withthe integration of a disjunctive graph-based critical path method and a variable neighborhood descent method. Furthermore, the variable neighborhood descent. this enhances the algorithm's optimization capability prevents it from getting trapped in local optimal. through comprehensive experiments on the test datasets, the effectiveness and stability of the proposed algorithm are validated.
Aiming at the problem of trustworthy model aggregation for distributed deep learning in blockchain platforms, this paper proposes a deep learning algorithm based on the efficient consensus mechanism of blockchain. the...
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ISBN:
(纸本)9798350362770;9798350362763
Aiming at the problem of trustworthy model aggregation for distributed deep learning in blockchain platforms, this paper proposes a deep learning algorithm based on the efficient consensus mechanism of blockchain. the algorithm improves the efficiency of model aggregation by improving the Byzantine fault-tolerant consensus algorithm based on the voting mechanism and uses the Krum algorithm based on differential privacy to improve the convergence of model aggregation. through experiments, it is shown that the communication complexity is reduced from O(2n(2)) to O(n(2)), and the aggregation model is still able to converge and maintain a high classification accuracy with 30% malicious nodes
As the need for early detection and mitigation of potential threats from near-Earth objects continues to grow, this study presents a comprehensive approach to predicting hazardous asteroids through the application of ...
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In response to the problem that traditional Grab Cut algorithms cannot achieve automatic segmentation of foreground targets, this paper proposes an automatic segmentation algorithm that combines deep learning and grap...
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ISBN:
(纸本)9798350375084;9798350375077
In response to the problem that traditional Grab Cut algorithms cannot achieve automatic segmentation of foreground targets, this paper proposes an automatic segmentation algorithm that combines deep learning and graph cutting. Firstly, the YOLOv4 model is trained on a common dataset to achieve automatic recognition of multiple targets, and the coordinate parameters of the automatic recognition box are converted into vertex coordinate parameters for automatic annotation. then, the Grab Cut algorithm is iterated to complete image segmentation. At the same time, in order to further improve the accuracy of image segmentation, the regression box loss function of the YOLOv4 model has been improved. the experimental results show that the automatic segmentation algorithm proposed in this paper has better segmentation performance than the traditional unsupervised MeanShift algorithm and is close to the Grab Cut algorithm. After improvement, the automatic segmentation algorithm has improved in both IoU and PA values.
Withthe rapid advancement of cloud computing technology, user demands for Quality of Service (QoS) are continuously increasing. As a crucial link between user requirements and resource provisioning, resource scheduli...
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this research delves into the realm of bone fracture detection in medical X-ray images by harnessing the power of Deep learning, specifically employing the DenseNet and VGG19 Convolutional Neural Network (CNN) archite...
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the enormous volumes of data generated by Next Generation Sequencing (NGS) technology have transformed genomics and made efficient data analysis techniques necessary. To create data analytics applications, the extract...
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the PEDF building model is crucial for advancing the global energy transition, reducing greenhouse gas emissions, and increasing economic benefits. However, due to its long-term advantages, users often overlook its im...
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