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xECGArch uniquely separates short-term (morphological) and long-term (rhythmic) ECG features using two independent ConvolutionalNeuralNetworks CNNs. This approach enhances the interpretability and reliability of ECG classifications, bridging the gap between clinical needs and automated analysis. Check out the Paper.
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Review: IDECNN-Improved Differential Evolution of ConvolutionalNeuralNetwork (Image Classification) In this story, our research paper, titled: “Designing optimal convolutionalneuralnetwork architecture using differential evolution algorithm” [1], is reviewed.
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Introduction AI and machine vision, which were formerly considered futuristic technology, has now become mainstream, with a wide range of applications ranging from automated robot assembly to automatic vehicle guiding, analysis of remotely sensed images, and automated visual inspection. Computer vision and deep learning […].
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Utilizing a two-stage convolutionalneuralnetwork, the model classifies macula-centered 3D volumes from Topcon OCT images into Normal, early/intermediate AMD (iAMD), atrophic (GA), and neovascular (nAMD) stages. The study successfully developed an automated deep learning-based AMD detection and staging system using OCT scans.
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Object Detection and Spatial Analysis Object detection in spatial analysis automates the identification of elements, including buildings, roads, vegetation, and bodies of water, improving our capacity to map and comprehend complicated environments.
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