This research paper presents the implementation and evaluation of a Total Variation (TV) layer within a deep learning framework for image denoising tasks. The TV layer is based on Chambolle's projection method and...
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In Internet of Things (IoT) and clouds, while many imageprocessing tasks are outsourced to third party cloud computing platforms, imageprocessing in encrypted domain is needed in many services for data confidentiali...
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image description is a task which combines the methods like Natural Language processing, Artificial Intelligence and computer Vision, which aims to generate contextually and semantically correct descriptions for an im...
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Deep Reinforcement Learning (DRL) is a deep learning (DL) network model that uses environmental feedback to train and make decisions. Expected value, as a powerful mathematical tool, is widely used in DRL network trai...
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image resizing plays a very important role in imageprocessing, offering good scalability and extensibility. Currently, there are some issues with existing scaling interpolation algorithms, such as complex hardware im...
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The field of imageprocessing widely utilizes scene text segmentation technology, with applications extending to image editing and font style transfer. These applications enhance image understanding quality and aid in...
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Text to image synthesis is the translation of images from the input language text. The learning process can become easier when the spoken words can visualize with the images. It is one of the popular research field in...
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Single-photon camera is a novel camera type that utilizes image sensor with photon-counting capability. Recently, the potential of such sensors to achieve high spatial resolutions (e.g., 10/chip) and frame rates (e.g....
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With the value of digital data increasing in recent years, substantial improvements have been made in imageprocessing. It is now simpler to produce large image datasets. picture processing is carrying out a variety o...
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Single image Super-Resolution (SISR) based on deep learning methods has been widely studied for applications on remote sensing images. With limited remote sensing images, most of the existing SISR methods simply adopt...
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ISBN:
(纸本)9781728198354
Single image Super-Resolution (SISR) based on deep learning methods has been widely studied for applications on remote sensing images. With limited remote sensing images, most of the existing SISR methods simply adopt the regular data augmentation approaches (such as flip) in natural images to improve model performance. Considering the fact that remote sensing images are all taken from a bird's-eye view and objects appear in multiple directions, we first introduce rotation augmentation method in remote sensing images to promote diversity of samples dramatically, as rotation does not cause semantic problems like people standing upside down in natural images. However, image rotation at various angles implemented by interpolation will cause the inconsistent pixel distribution problem for the pixel level task. Thus, we propose Transformation Consistency Loss Function (TCLF) to narrow the gap between the augmented and original distribution, while expanding the feature space with rotation augmentation method. Extensive experiments are performed on UC-Merced Land-use dataset of 21 remote sensing scenes, and the results as well as ablation studies demonstrate our proposed method outperforms mainstream methods.
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