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Showing 1 to 8 of 8 for “"fully connected neural network"”.
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Dirbtinio intelekto panaudojimo tyrimas baltymų analizei /
… work is to investigate the potential of deep neural networks for structural element recognition in large structures, choosing the LH1-RC complex for analysis. The main objectives of this work are: to investigate the applicability of deep, fully connected neural networks for two and three …
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A Full System Co-Simulation Platform for Evaluating Edge Machine Learning Inference Using Compute-in-Memory
… MNIST image inference workload and a synthetic fully connected neural network, comparing CPU-only execution with CIM-offloaded execution. For MNIST, CIM reduces CPU instruction count by 88.6% and estimated total system dynamic energy by 84.0%. Furthermore, stress-testing with the large synthetic …
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Performance evaluation of text augmentation methods with BERT on imbalanced datasets
… learning models, including logistic regression, fully connected neural network, and LSTM. Experimental results show that Word2Vec augmentation improves the performance of BERT in detecting the minority class, and the improvement is most significantly (9 percent-30 percent recall increase compared …
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Building Inventory Simulations for High Velocity Garment Retail Stores
… the efficacy of linear regression, tree and fully connected neural network models at making time series predictions using two time series as inputs. It also rigorously dives into the limitations and advantages of various model architectures, including the selection of variables, treatment of …
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Human action recognition with 3D convolutional neural networks
Convolutional neural networks (CNNs) adapt the regular fully-connected neural network (NN) algorithm to facilitate image classification. Recently, CNNs have been demonstrated to provide superior performance across numerous image classification databases including large natural images (Krizhevsky et …
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Multiscale forward and inverse problems with the DGFD method and the deep learning method
… </p><p>For the inversion part, a convolutional neural network based inversion has been developed to reconstruct the lateral extent and direction of the hydraulic fracture through scattered electromagnetic field data under borehole-to-surface measurements; further, the deep transfer learning is …
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AI-based leakage prediction with uncertainty quantification and explainable AI for nuclear system
Submission published under a 24 month embargo labeled 'Closed Access', the embargo will last until 2027-05-01