Traditional motion capture systems are prone to environmental interference, resulting in noise and errors in the captured data. This article proposes an artificial intelligence oriented intelligent processing algorith...
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Driver fatigue driving risk detection is one of the important areas of road traffic safety research in China. According to statistics, more than 40% of China's traffic accidents every year are related to driver fa...
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The effective perception of marine detection scenarios is essential for maritime search pulse radar to detect and track maritime targets. However, the dynamically changing and complex marine environment makes it chall...
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The promotion and utilization of modern technology has made intercultural exchanges more frequent and deep, andsecure image encryption and processing are hot issues for multicultural IOT communication platforms in the...
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Pointer-type meters can suffer from inefficiencies in using manual data reading due to the lack of digital interfaces. Traditional pointer gauge reading recognition algorithms can only operate in specific environments...
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The Transformer-based architecture achieves state-of-the-art results in image captioning. Due to its non-recurrent nature, additional positional information needs to be provided. However, existing advanced methods att...
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The Siamese-based object tracking algorithms employ random angle embedding to mitigate accuracy degradation caused by object rotation. However, it only adds prior knowledge as predefined patterns without alleviating t...
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Faults in electrical power transmission systems can cause system failures and even may cause explosions. It is desired to remove a faulty component immediately to prevent further damage to the system and the environme...
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ISBN:
(纸本)9798350344004
Faults in electrical power transmission systems can cause system failures and even may cause explosions. It is desired to remove a faulty component immediately to prevent further damage to the system and the environment. To address this, a typical technique is devised based on thermal imaging and various artificial neural network algorithms. The faulty element or component will radiate or emit higher energy when compared to normal or healthy conditions, because of the higher current flow rates. The thermal image taken from such defective part of the power system will be more highlighted in the image in contrast with the normal cool background. This drastic change in the grey level values in contrast with the healthy power system's picture hints or predicts a fault in that region. To support this methodology, an exhaustive simulation is implemented and demonstrated using thermal imageprocessing and self-learning neural network algorithms and the simulation results are compared. This analysis is performed through various types of ANN techniques, and comparisons are established between them to report the network with best prediction results on a typical 'Step' dataset and 'Realistic' dataset. A similar low score mean square error MSE is exhibited with these models, and the R-square values are closer to the best score of one in all algorithms discussed. A better graph is obtained in Levenberg-Marquadrdt training Algorithm where most of the predictions fall alongside the target;however, Bayesian regularization gives a better plot than LM with the best fit is being obtained at lesser number of iterations that is in less time.
For the last few decades satellite imaging technology has taken massive strides towards higher spatial resolution, larger swath coverage and almost real-time data delivery. Satellite imaging or remote sensing is exten...
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The integration of Artificial Intelligence (AI) in Mobile-Assisted Language Learning (MALL) environments has revealed potential for enhancing learner writing engagement. However, research conducted on the impact of AI...
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