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Research papers on Neural networks for image recognition

Recent and highly-cited academic work on neural networks for image recognition, gathered from Semantic Scholar, CrossRef and OpenAlex.

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  1. Modified Convolutional Neural Networks Architecture for Hyperspectral Image Classification (Extra‐Convolutional Neural Networks)

    Maissa HAMOUDA, Med Salim BOUHLEL · 2025 · IET Image Processing · 7 citations

    Abstract Classification of Hyperspectral Satellite Images (HSI) is a very important technology for object detection and cartography. Several problems can be detected, which make classification difficult (large size of the images, fusion between the classes, small amount of samples, etc.). Recently, several Convolutional Neural Networks (CNN‐HSI) have been proposed for the classification of hyperspectral images. In this article, an improvement to CNN‐HSI is proposed, aiming to reduce the number of erroneous pixels during classification (due to the limited number of samples). Thus, an extra‐convolution technique (ExCNN) is proposed, where we add layers of global convolutions

  2. Creating Deep Convolutional Neural Networks for Image Classification

    Nabeel Siddiqui · 2023 · Programming Historian · 2 citations

    This lesson provides a beginner-friendly introduction to convolutional neural networks (CNNs) for image classification. The tutorial provides a conceptual understanding of how neural networks work by using Google's Teachable Machine to train a model on paintings from the ArtUK database. This lesson also demonstrates how to use Javascript to embed the model in a live website.

  3. Application of convolutional neural networks in image classification and applications of improved convolutional neural networks

    Taoyu Liu · 2024 · Applied and Computational Engineering · 2 citations

    This paper reviews the application and improvement of convolutional neural networks (CNNs) in image classification. Firstly, a shallow CNN for interstitial lung disease image classification is presented. This model suppresses overfitting through a unique network architecture and optimisation algorithm. Next, the improved VGG16 architecture and MIDNet18 model are discussed and their superior performance in brain tumour image classification is demonstrated. Subsequently, a CNN-CapsNet model for cervical cancer image classification and its improvement are presented and the customised model is compared with the conventional VGG-16 CNN architecture in the paper. Next, the application of sparse co

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