Camouflaged object detection focuses on the challenge of segmenting objects that visually blend into their background. The effectiveness of camouflage strategies hinges on how well objects interact with their backgrou...
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For image processing tasks in intelligent internet of Things (IoT) devices, the traditional method is to upload the raw image data of IoT devices to an edge/cloud server for processing, and then return the processed r...
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Although modern smartphone platforms emphasize user privacy protection by continually improving security mechanisms, vulnerabilities still exist, especially in the case of the Android operating system. The Android sec...
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B-mode ultrasound tongue imaging is a non-invasive and real-time method for visualizing vocal tract deformation. However, accurately extracting the tongue's surface contour remains a significant challenge due to t...
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With the development of multimedia communication technology, the image information stored in electronic devices faces increasing privacy risks and requires processing for protection. However, it is found that adversar...
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ISBN:
(纸本)9781665468916
With the development of multimedia communication technology, the image information stored in electronic devices faces increasing privacy risks and requires processing for protection. However, it is found that adversarial perturbations added to images for semantic information protection may corrupt the frequency domain watermarks added for copyright statement. With such challenges, we propose an Adversarial Frequency domain Watermarking (AFW) framework to protect images from both copyright and semantic content. Specifically, the AFW framework constructs the images as adversarial examples by embedding crafted adversarial watermarks in the frequency domain, followed by an optimization algorithm to improve the visual quality. Notably, AFW can generally integrate with existing watermark and attack methods. Extensive experiments on five network models and the imageNet dataset demonstrate that the AFW framework can achieve information hiding and adversarial attacking goals under visual quality assurance.
Driver fatigue poses a critical threat to road safety, necessitating the development of robust detection methods to minimize traffic accidents and societal burdens. Deep neural networks have recently been effectively ...
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In the modern environment, many health care issues are raised day by day. Detecting the early stage of breast cancer may lead to prevention. In this paper, we proposed the breast cancer classification of the E-health ...
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This work proposes the quantum-state-based mapping (QSM) for machine learning. QSM uses wave functions that describe microscopic particle systems as mappings. By QSM, original inputs or features extracted by neural ne...
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The internet of Things (IoT) is an upcoming and promising technology that involves efficient transmission techniques to communicate data obtained from sensory devices in the developed application. The role played by t...
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The proceedings contain 353 papers. The topics discussed include: statistical approach of anaphoric resolution for computational linguistics using rule based system in text summarization;reliability-based design optim...
ISBN:
(纸本)9798350395914
The proceedings contain 353 papers. The topics discussed include: statistical approach of anaphoric resolution for computational linguistics using rule based system in text summarization;reliability-based design optimization for OPGW cable damper systems;a robust security method for medical imagebased on 2D Schaffer map;a mathematical model of asymmetric encryption based on linear Diophantine equations;leveraging vehicle predictive analytics through adaptive learning and cloud-aided sensor fusion;the work on the application of electrical machines and the project method in a public university of Peru;on digital art generation using generative adversarial networks;evaluation of blind signal separation objective function constructed using nonlinear functions;CPH white-box cartoon GAN: a patch-based style-swap approach;and unified structure to generate sparsity-inducing regularizers for enhanced low-rank matrix completion.
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