Latest Articles for Image Processing

This study examines methods for retrieving images to support arguments effectively.

A new method enhances image quality over unreliable networks.

A novel approach improves both image editing and reconstruction using GANs.

A streamlined approach to improve 3D imaging of biological samples.

A novel system improves identification of synthetic image sources.

TDS improves diffusion models for efficient and versatile data generation.

Learn how tensor compression enhances shared inference strategies in deep learning.

This article examines how neural networks utilize frequencies in images for classification.

A new approach enhances object localization by focusing on overall appearance.

Introducing PoInt-Net for advanced intrinsic image decomposition using 3D point clouds.

A new approach to image reconstruction using latent diffusion models shows promising results.

VCT enables efficient image changes while preserving crucial details.

New techniques aim to improve image quality and reduce generation time.

A new image editing model uses language instructions for intuitive edits.

HRFNet improves the detection of manipulated satellite images through advanced feature integration.

PE-YOLO improves object detection accuracy in poor lighting conditions.

Addressing the impact of hard samples and noisy labels on machine learning models.

RetouchingFFHQ dataset enhances face retouching detection methods.

Study the dynamics of digital images as they evolve with time.

A new framework enhances clustering accuracy and efficiency for vast data collections.

A new method enhances white blood cell analysis in medical imaging.

A new approach improves accuracy in identifying wind turbine blades through advanced image processing.

A new method estimates Betti numbers from large four-dimensional images using CNNs.

Bridger enhances image segmentation by integrating language descriptions effectively.

GSMorph simplifies image registration, enhancing speed and accuracy in healthcare.

New modules enhance accuracy in aligning cardiac images for better diagnosis.

This study enhances Vision Transformers for better image classification efficiency.

Introducing a new method for efficient Wasserstein distance computation in large datasets.

DCD enhances training efficiency for Energy-Based Models in various applications.

ResShift improves low-resolution images quickly without losing detail.

Introducing CPPD, a model that improves text recognition speed and accuracy.

Discover how dynamic path control improves image processing efficiency.

A new approach improves detection across various tasks using a single model.

A new method enhances image transformations for better accuracy and efficiency.

Investigating vulnerabilities of DNNs against adversarial noise in image denoising.

New designs in CFAs enhance smartphone image quality and low-light performance.

This article examines how generative images can improve visual recognition tasks.

A lightweight method to enhance texture transfer speed and quality.

Using motion information to improve object recognition in robots.

New method simplifies creation of accurate 3D models from few images.