Current cloud-based systems face the challenge of managing storage and eliminating redundant data associated with the exponentially growing multimedia content, where numerous semantically similar but nonidentical file...
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Quantum technologies are rapidly advancing as image classification tasks grow more complex due to large image volumes and extensive parameter updates required by traditional machine learning models. Quantum Machine Le...
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This review paper investigates the application of Big data analytics, focusing on soil quality assessment, with an emphasis on the innovative benefits offered by modern data-driven techniques for improved soil managem...
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With the rapid development of electricity marketing business, the volume of business and data for power grid companies has significantly increased. Traditional manual auditing methods are unable to meet modern managem...
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Being a major contributor to the global mortality, lung cancer, owing to its fatality, calls for early and efficient diagnosis. This requires the employment of efficient computer aided diagnostics for determining the ...
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In the age of machine learning, data-driven approaches with hybrid data (a mixture of real images and simulation images) are getting increasingly popular. One major issue with creating a realistic simulation for surfa...
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ISBN:
(纸本)9789819986422;9789819986439
In the age of machine learning, data-driven approaches with hybrid data (a mixture of real images and simulation images) are getting increasingly popular. One major issue with creating a realistic simulation for surface engineering is that the surface of the mesh model used in the simulation is smooth. Often, this mesh does not contain information on surface texture;thus, simulating an object based on these meshes may not represent an actual surface texture of a real component. This article presents a novel technique for introducing surface roughness onto a smooth mesh object to facilitate engineering simulation by using a conditional Generative-Adversarial Network (cGAN) that is trained on real height maps to generate random 2D height maps that represents a realistic texture of a typical upskin and downskin surface of an additively manufactured (AM) part. This approach extracted the past scans of AM components from the Focus Variation microscopy. The 3D surface deviation is extracted as height maps and used as the training data for the generative network. This paper will also discuss the structural similarities between the synthetic and real data using standard descriptors for surface texture characterisation, such as S-a, S-q and S-dq.
As the digitization of education informatization continues to advance, increasingly stringent demands are placed on the systematization, intelligence and functionality. It is known that the intelligent teaching design...
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Currently, attacks in the networks are the most vital issue in modern society and the networks from minor to huge networks are susceptible to network threats. Various approaches exist with several advantages and limit...
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Connected Autonomous Vehicles (CAVs) can revolutionize the haulage industry by improving safety, efficiency, and comfort. However, real-time data processing within latency constraints is crucial for autonomous vehicle...
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Deep neural networks trained on large datasets have achieved good results in image denoising. However, networks trained on specific datasets often have poor generalization, which is not conducive to practical applicat...
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