Quantum Local Search (QLS) is a promising approach that employs small-scale quantum computers to tackle large combinatorial optimization problems through local search on quantum hardware. However, the random selection...
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the Insulated Gate Bipolar Transistor (IGBT) aging faults seriously affect the stable operation of power systems;therefore, it is necessary to predict these aging failures to enhance system safety. this paper proposes...
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this study explores cloud-based data mining algorithm integration in elevating smart city infrastructure management and decision support systems. Specifically, the authors focus on optimizing traffic management throug...
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the manual detection of road cracks is a timeconsuming process. On the other hand, solutions that are based on deep learning are both speedy and accurate. Recently, several different Convolutional Neural Networks (CNN...
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ISBN:
(纸本)9798350354140;9798350354133
the manual detection of road cracks is a timeconsuming process. On the other hand, solutions that are based on deep learning are both speedy and accurate. Recently, several different Convolutional Neural Networks (CNN) based on deep learning have been proposed. However, the performance of the CNN models has varied. the major challenge is the computational resources required to train a pretrained CNN model;however, a lightweight CNN is more suitable for better training efficiency. In this study work, the SCD11 CNN model is implemented and compared withthe pretrained CNN models, including Inception V2, VGG19, and Xception CNN. the models are trained and tested using the public dataset i.e., the Surface Cracks Dataset. the dataset is divided into training, validation and test sets. the SCD11 CNN along withthe pre-trained CNN models are trained and validated and then tested using the splitting of the public dataset. Furthermore, the model's performance evaluation is performed by using a private dataset. the results show that the SCD11 CNN performs better than the pre-trained CNN models for boththe public and private datasets.
the study applies reinforcement learning methods to solve the unmanned surface vehicle (USV) path planning problem to find the shortest closed path among a limited number of mission nodes. It combines an attention mec...
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learning to Rank (LTR) technique is ubiquitous in Information Retrieval systems, especially in search ranking applications. the relevance labels used to train ranking models are often noisy measurements of human behav...
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ISBN:
(纸本)9798400701030
learning to Rank (LTR) technique is ubiquitous in Information Retrieval systems, especially in search ranking applications. the relevance labels used to train ranking models are often noisy measurements of human behavior, such as product ratings in product searches. this results in non-unique ground truth rankings and ambiguity. To address this, Multi-Label LTR (MLLTR) is used to train models using multiple relevance criteria, capturing conflicting but important goals, such as product quality and purchase likelihood for improved revenue in product searches. this research leverages Multi-Objective optimization (MOO) in MLLTR and employs modern MOO algorithms to solve the problem. A general framework is proposed to combine label information to characterize trade-offs among goals, and allows for the use of gradient-based MOO algorithms. We test the proposed framework on four publicly available LTR datasets and one E-commerce dataset to show its efficacy.
Using mobile edge computing (MEC) servers to cache and update video resources can not only save network bandwidth and computing resources, but also adjust the bit rate of video playback according to real-time network ...
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the proceedings contain 32 papers. the topics discussed include: intelligent path planning of mobile robot based on genetic algorithm;accuracy improvement based on classic neural network: voting, restarting and quanti...
the proceedings contain 32 papers. the topics discussed include: intelligent path planning of mobile robot based on genetic algorithm;accuracy improvement based on classic neural network: voting, restarting and quantization;two applications of manifold regularization in deep learning architectures;an automatic wound detection system empowered by deep learning;data generation using simulation technology to improve perception mechanism of autonomous vehicles;detection of ischemic brain stroke using deep learning;self-supervised approach to addressing zero-shot learning problem;fault diagnosis of high-speed railway turnout system based on improved group decision-making;machine learning and deep learning methods on breast cancer metastases detection;turnout failure diagnosis system based on group decision making strategy;and improved causal Bayesian optimization algorithm with counter-noise acquisition function and supervised prior estimation.
Wide Area Networks (WANs) are critical components of modern network architecture, connecting multiple locations within an organization, enabling Internet access, and supporting real-time data sharing and high availabi...
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ISBN:
(纸本)9798350354140;9798350354133
Wide Area Networks (WANs) are critical components of modern network architecture, connecting multiple locations within an organization, enabling Internet access, and supporting real-time data sharing and high availability for applications and enterprises. Traditional WAN architectures often struggle with traffic management, fault tolerance, and real-time application delivery, leading to inefficiencies. To tackle these challenges, Software-Defined Wide Area Network (SD-WAN) technologies have emerged, offering greater agility, scalability, and network performance. this study introduces a methodological approach that utilizes Fortinet SD-WAN solution to evaluate the effectiveness of SDWAN in enhancing load balancing and fault tolerance for realtime applications in small-scale organizations. the simulation results demonstrate that SD-WAN significantly improves network reliability and efficiency through dynamic traffic management and automatic failover mechanisms. this study underscores the potential of SD-WAN to provide superior performance compared to conventional networking solutions, making it a promising option for modern real-time applications.
the intelligent embedded system is a computing system combining artificial intelligence science and embedded technology, the system combines general-purpose processor and FPGA to achieve stronger processing capability...
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ISBN:
(纸本)9789819603534;9789819603541
the intelligent embedded system is a computing system combining artificial intelligence science and embedded technology, the system combines general-purpose processor and FPGA to achieve stronger processing capability, but it also brings system hardware and software design challenges. this paper proposes an intelligent embedded system task scheduling algorithm based on heterogeneous multi-core, which reasonably allocates hardware resources on the FPGA to optimize energy consumption under the premise of meeting system reliability requirements. the algorithm adopts a critical path-based energy consumption pre-allocation strategy, and the task scheduling makes the system schedule length shortest based on system reliability. Experiments show that the method of this paper outperforms other algorithms by an average of 5.34% in terms of energy consumption, and by an average of 6.83% in terms of scheduling length, which reflects the reasonableness and advancement of the method of this paper.
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