A new GAN-based method improves image compression quality and efficiency.
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Electrical Engineering and Systems Science - Image and Video Processing
RSSProMIL improves classification in medical imaging by using a percentage-based approach.
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A new method improves tissue imaging by estimating sound speed using deep learning.
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A new method combines ground data and remote sensing for better forest biomass predictions.
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New methods improve vessel segmentation in OCTA images for better eye disease detection.
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Combining diverse data types improves predictions for ICU patient survival rates.
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This article reviews SAM's role in medical image segmentation for radiation therapy.
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New automated techniques improve stroke lesion identification in MRI scans.
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Examining the difficulties in ROP diagnosis through automated systems.
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Research reveals significant differences in sulcal patterns between genders.
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New dataset enhances video-text tasks for Indonesian speakers.
― 7 min read
New strategies enhance accuracy in medical image segmentation for better diagnoses.
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A new method enhances the labeling process in medical imaging.
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A new model improves lesion detection and age estimation in stroke patients.
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A new method improves choroid segmentation in OCT for better eye health diagnostics.
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Research is advancing on using DNA as a compact data storage medium.
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Lung ultrasound offers a quick, safe way to assess lung conditions without radiation.
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Examining the role of deep learning in enhancing MRI accuracy and reliability.
― 6 min read
New methods improve watermark removal while preserving image quality.
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New method shows promise for identifying unfamiliar medical images.
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RCC-SGM improves image clarity in photoacoustic tomography without requiring paired datasets.
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DualAttNet improves accuracy in detecting lung diseases through innovative attention methods.
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Deep learning improves color Doppler imaging for better heart flow analysis.
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Aerial data helps homeowners assess solar energy savings and potential.
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DiffInfinite generates detailed tissue images, improving analysis and training.
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A new method enhances image quality over unreliable networks.
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This research assesses the effectiveness of SAM in enhancing saliency maps in medical imaging.
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This study examines how porosity evolves in nickel wires during heating.
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Learn how tensor compression enhances shared inference strategies in deep learning.
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A new method enhances quality of thick-slice CT images while reducing radiation exposure.
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This research focuses on improving video zoom using real-world video pairs.
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A new method improves video colorization using real-time tuning techniques.
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Cold Diffusion offers faster MRI processes while maintaining high image quality.
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This new approach improves how brain connections are analyzed using diffusion MRI.
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A new method enhances white blood cell analysis in medical imaging.
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A new approach improves accuracy in identifying wind turbine blades through advanced image processing.
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GSMorph simplifies image registration, enhancing speed and accuracy in healthcare.
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New methods create realistic digital models for safer medical device testing.
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New method uses AI to create MRI images with lower contrast agent doses.
― 6 min read
Learn how reflectionless filters improve high-frequency signal quality.
― 4 min read