Apache Spark is a widely used efficient distributed computing framework in the field of Big data for data processing and analytics at a large scale. There is wide demandfrom organizations to apply deep learning techn...
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The proceedings contain 376 papers. The topics discussed include: EIDA: an effective image deraining approach based on upscaling method;performance analysis and implementation of LSTM and GRU based on synthetic data;w...
ISBN:
(纸本)9798350360523
The proceedings contain 376 papers. The topics discussed include: EIDA: an effective image deraining approach based on upscaling method;performance analysis and implementation of LSTM and GRU based on synthetic data;wideband frequency reconfigurable dielectric resonator antenna with defected ground plane for 5G millimeter wave application;water and land surface detection from sentinel C band dual polarimetric SAR satellite imagery;intelligent optimizing and computing for sustainable insurance business and sustainable development;performance analysis of InSb source-based heterojunctionless nanowire TFET for low-power application: design and simulation;and classification of cyberattack detection in network traffic using machine learning techniques.
Meta-learning aims to extract common knowledge from similar training tasks in order to facilitate efficient and effective learning on future tasks. Several recent works have extended PAC-Bayes generalization error bou...
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Meta-learning aims to extract common knowledge from similar training tasks in order to facilitate efficient and effective learning on future tasks. Several recent works have extended PAC-Bayes generalization error bounds to the meta-learning setting. By doing so, prior knowledge can be incorporated in the form of a distribution over hypotheses that is expected to lead to low error on new tasks that are similar to those that have been previously observed. In this work, we develop novel bounds for the generalization error on test tasks based on recent data-dependent bounds and provide a novel algorithm for adapting prior knowledge to downstream tasks in a potentially more effective manner. We demonstrate the effectiveness of our algorithm numerically for few-shot image classification tasks with deep neural networks and show a significant reduction in generalization error without any additional adaptation data.
Justification It is often challenging to identity and classify mental cancers, such as glioblastoma multi shaped in appealing reverberation (MR) images, due to their distinctly varied sign characteristics. For cerebru...
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Nowadays, many of us wear multiple devices capable of acquiring and storing data related to our everyday activities. Since the computing power of mobile battery-operated devices slowly increases and the power optimiza...
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Although the traditional photography, audio recording and video recording methods are easy to collect and make, they can't record the dancers' body movements in detail, let alone make scientific analysis and r...
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In a country like India whose citizens carry a diversity of facial features and appearances widely varying from each other this paper can address one of the solutions that can be considered accountable to classify and...
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Alzheimer's Disease (AD) is classified as a nerve disorder of the brain characterized by the irreversible degeneration of neurons responsible for computational functions and memory in humans. Exploratory investiga...
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ISBN:
(纸本)9798331540661;9798331540678
Alzheimer's Disease (AD) is classified as a nerve disorder of the brain characterized by the irreversible degeneration of neurons responsible for computational functions and memory in humans. Exploratory investigations have been devoted to diverse Machine Learning methodologies in the context of AD diagnosis via brain images, such as Magnetic Resonance Imaging. There are several disadvantages to Deep Neural Network models, such as their dependence on large volumes of trained data and their need for a suitable optimisation technique. Here, an attempt is made to tackle these concerns by employing Deep Transfer Learning models. Specifically, previously trained current Convolutional Neural Network models used that have already been trained using large standard benchmark datasets of real-world photos, including Xception, RESNET, Inception, and VGG. Retraining the entirely connected layer with an insignificant number of MRI images ensues. Additionally, the data is augmented in order to facilitate learning from unbalanced datasets, thereby, significantly enhancing the performance of TL models.
Fingerprint restoration and identification is a critical biometric authentication method with security and digital identity verification applications. Its accuracy relies on image quality and identification algorithms...
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To address the problem of incomplete Multi-view Stereo (MVS) reconstruction, the initial depth and loss function of the depth residual iterative network are investigated, and a new multi-view stereo reconstruction net...
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