This work presents a modified hyperchaotic system based on two memristors with unique Lyapunov exponents, offering a unique method for image encryption. The main goals are to use dynamic analysis to evaluate the compl...
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This paper presents a novel approach to detecting equipment failures in modern power systems by leveraging machine learning techniques applied to thermography inspection data. Particularly segmentation and pixel proce...
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ISBN:
(纸本)9798350310665
This paper presents a novel approach to detecting equipment failures in modern power systems by leveraging machine learning techniques applied to thermography inspection data. Particularly segmentation and pixel processing to improve accurateness is highlighted in the methodology. The proposed method is capable of identifying early warning signs of equipment failure and predicting when the failure is likely to occur. The proposed approach demonstrates the potential for early detection of equipment failure in modern power systems with accurate clustering. The use of machine learning algorithms applied to thermography inspection data provides a reliable and effective way to identify and predict equipment failures, ultimately leading to improved system reliability and reduced maintenance costs.
Digital image captioning field deals with the concept of interpreting a given image by the application of different Artificial Intelligence (AI) based algorithms. These kind of systems always considered the input in t...
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Nowadays, posting sarcastic text or visual content on platforms like WhatsApp, Twitter, and Facebook has become a popular style, allowing individuals to avoid directly expressing pessimism, thereby indirectly conveyin...
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ISBN:
(纸本)9798350379860;9798350379877
Nowadays, posting sarcastic text or visual content on platforms like WhatsApp, Twitter, and Facebook has become a popular style, allowing individuals to avoid directly expressing pessimism, thereby indirectly conveying their thoughts or intentions. As more people express their opinions online, the need to develop effective models for accurate multimodal sarcasm detection is growing. However, most existing methods have deficiencies in extracting effective features from non-text modalities, which can result in the neglect of some sarcasm-related contextual information. Additionally, during the fusion phase of different modalities, simply using straightforward feature concatenation may introduce redundant information and noise. To address these challenges, a new model called Dual-Perceiving Network (DPN) was developed. It includes a dual-view perception module, which enables the text modality to fully perceive both the local and global features of the image modality, thereby obtaining context and background information conducive to constructing inconsistencies. Additionally, it employs an adaptive fusion method to effectively reduce the impact of redundant information. Extensive experiments comparing the proposed DPN with other multimodal sarcasm detection methods demonstrate its superior performance on public datasets.
Colon cancer is a matter of great importance in the field of global health, as it stands as one of the primary contributors to mortality rates associated with cancer. The timely identification and precise prognosticat...
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Froth flotation is an important process in the mineral processing industry for extracting valuable materials. This work investigates online microscopic imaging and machine learning based image analysis methods for rea...
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ISBN:
(数字)9798331506230
ISBN:
(纸本)9798331506247
Froth flotation is an important process in the mineral processing industry for extracting valuable materials. This work investigates online microscopic imaging and machine learning based image analysis methods for real-time monitoring of the process. Previous limited work explored imaging the foam at the top surface layer of the froth flotation process. The new process imaging system in this work uses a corrosion-resistant online real-time imaging probe that can be put into the inside of the slurry and capture real-time images of bubbles. The acquired images are analyzed online using deep learning algorithms to automatically obtain key parameters of the bubbles, providing valuable data for froth flotation research and process control.
Semantic image segmentation based on deep learning is gaining popularity because it is giving promising results in medical image analysis, automated land categorization, remote sensing, and other computer vision appli...
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This paper explores the utilization of MATLAB for digital signal processing (DSP) techniques in imageprocessing tasks, focusing on image deblurring, face detection, and facial feature enhancement. Blind deconvolution...
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ISBN:
(数字)9798350372106
ISBN:
(纸本)9798350372113
This paper explores the utilization of MATLAB for digital signal processing (DSP) techniques in imageprocessing tasks, focusing on image deblurring, face detection, and facial feature enhancement. Blind deconvolution methods are employed to address image blurriness, while face detection is facilitated using cascaded object detectors. Enhancements to detected facial features involve histogram equalization, smoothing filters, skin tone adjustment, and contrast enhancement techniques, followed by seamless integration using resizing methods. MATLAB serves as a robust platform for implementing and analyzing DSP algorithms, providing insights into practical solutions for common challenges in digital imageprocessing.
This paper proposes a novel lightweight classification network based on ShuffleNet V2 to promote the accuracy of garbage image classification. Compared with the conventional network, there is a package of optimization...
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Insulator defects in power transmission systems pose significant risks to grid stability and safety. This paper presents an improved method for rapid diagnosis of insulator defects using infrared images, based on an e...
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