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Revolutionizing Image Classification: Training Large Convolutional Neural Networks on the ImageNet Dataset

Marktechpost

Previously, researchers doubted that neural networks could solve complex visual tasks without hand-designed systems. However, this work demonstrated that with sufficient data and computational resources, deep learning models can learn complex features through a general-purpose algorithm like backpropagation.

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The Evolution of ImageNet and Its Applications

Viso.ai

The Need for Image Training Datasets To train the image classification algorithms we need image datasets. These datasets contain multiple images similar to those the algorithm will run in real life. The labels provide the Knowledge the algorithm can learn from. 2011 – A good ILSVRC image classification error rate is 25%.

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N-Shot Learning: Zero Shot vs. Single Shot vs. Two Shot vs. Few Shot

Viso.ai

Also, you can use N-shot learning models to label data samples with unknown classes and feed the new dataset to supervised learning algorithms for better training. The following algorithms combine the two approaches to solve the FSL problem. The diagram below illustrates the algorithm. Let’s discuss each in more detail.

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Pascal VOC Dataset: A Technical Deep Dive (2024 Guide)

Viso.ai

Pascal VOC (which stands for Pattern Analysis, Statistical Modelling, and Computational Learning Visual Object Classes) is an open-source image dataset for a number of visual object recognition algorithms. As a result of Pascal VOC, researchers, and developers were able to compare various algorithms and methods on an entity basis.

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Dude, Where’s My Neural Net? An Informal and Slightly Personal History

Lexalytics

This would change in 1986 with the publication of “Parallel Distributed Processing” [ 6 ], which included a description of the backpropagation algorithm [ 7 ]. Note that Geoff Hinton was a co-author on this paper: his interest in neural networks was finally vindicated. The figure above shows a back-propagation network.

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Multi-Modal Methods: Visual Speech Recognition (Lip Reading)

ML Review

Source : Hassanat (2011) [13] These approaches obtained impressive results (over 70% word accuracy) for tests performed with classifiers trained on the same speaker they were tested on. 17] “ LipNet ” introduces the first approach for an end-to-end lip reading algorithm at sentence level. Thus the algorithm is alignment-free.