The traditional styles of signal processing are passing constraints in their capability to handle the different and dynamic character of ultramodern data transfers. This is because communication systems are getting in...
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Weakly-supervised online hashing has garnered significant attention recently, yet several challenges remain unresolved, such as how to effectively denoise tags, and how to efficiently learn hash functions in dynamic o...
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With the development of science and technology and the renewal of media means in the era of cultural industry, electronic media develops rapidly, video imagetechnology with digital realization as the carrier develops...
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Convolutional Neural Networks make tasks of computer vision like image classification and object tracking possible. The advances in accelerator hardware have made the progress in neural networks possible. Accelerator ...
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To mitigate the threat of asteroid impact on life on Earth, non-nuclear kinetic energy high-speed impact has been identified as the most viable strategy. To ensure accurate impact on the asteroid's center of mass ...
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image segmentation is a primary task in lots of computer vision applications, including thermal image segmentation. Thermal images are typically characterized by high levels of noise and low contrast, which can make s...
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This study presents an advanced autoencoder model with skip connections designed to enhance the image fidelity quality. Traditional methods often face challenges in preserving high-resolution details and textures, par...
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The proceedings contain 47 papers. The special focus in this conference is on Advanced Computing and Applications. The topics include: Optimizing Task Offloading in internet of Medical Things systems: A Hybrid Fog-Clo...
ISBN:
(纸本)9789819747986
The proceedings contain 47 papers. The special focus in this conference is on Advanced Computing and Applications. The topics include: Optimizing Task Offloading in internet of Medical Things systems: A Hybrid Fog-Cloud Approach with Actor-Critic Decision Making;solving Delivery Allocation for Logistic Network Using Quantum Annealing;The Combined ECC Scheme with Outer 3-Bit BEC and Inner SEC-DAEC Codes for FSO Communication System;analyzing Multisignature Scheme of Bitcoin based on Threshold Cryptography Guidelines;a Public Key Exchange Protocol Using Tropical Determinant for IoT Environment;Certificateless Verifiable Data Integrity Checking Scheme in Fog-CPSs Architecture;noPass—A Novel Passwordless Multi-authentication-based Approach for Secure Login;an Overview of the Discrete Logarithm Problem in Cryptography;QoS-Aware Decentralized Trustworthy Forensic Evidence Management Framework Using the internet of Vehicle Things (IoVT);implementation of Ethical Hacking—The Importance of Protecting User and System Data;Cryptanalysis of Two Correlation-based Digital Watermarking Schemes in DCT Domain;cryptanalysis of a Histogram-based Watermarking Framework;a Hybrid Deep Learning Framework for Text-Independent Automatic Speaker Recognition System;AMBTC-based High Capacity Data Hiding Scheme Exploiting PVD and BRP;The Impact of UX/UI Usability Constructs on Purchase Decisions for Mobile Food Ordering Applications in India;Breast Cancer Detection and Classification Using MF-FRFCM Segmentation and IGOA-ELM Model;audio Encryption Scheme Applying a 2D Cosine Sine Logistic Map;noisy Electronic Tongue signal Prediction for Tea Quality Estimation Using Autoencoder;a Chain Code-based Methodology for Loop Closure Detection in Digital images;A Hybrid Watermarking Scheme Using DWT and Haar Transform for image Authentication;leveraging Transfer Learning for Screening of Geriatric Depression;emotion-based Song Categorization with Support Vector Machines;filtering-based Movie Recommendati
To seamlessly adapt to time-varying network bandwidths, Quality Scalable High-Efficiency Video Coding (QSHVC) is developed. However, its coding process is overwhelmingly complex, and this seriously limits its wide app...
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ISBN:
(纸本)9781728198354
To seamlessly adapt to time-varying network bandwidths, Quality Scalable High-Efficiency Video Coding (QSHVC) is developed. However, its coding process is overwhelmingly complex, and this seriously limits its wide applications in realtime environments. Therefore, it is of great significance to study fast coding algorithms for QSHVC. In this paper, we propose a novel probability-based All-Zero Block (AZB) early termination algorithm for QSHVC. We observe that the generated residual coefficients follow the Laplace distribution if a CU is accurately predicted. based on this observation, we derive the sum of squared differences-based AZB decision condition. Second, the probability of each coding mode and coding depth being chosen as the best ones are combined with AZBs to derive the probability-based early termination condition. The experimental results show that the proposed algorithm can improve the average coding speed by 74.95% with a 0.26% increase in BDBR.
A novel deep learning (DL) based channel estimation method is proposed for full-duplex backscatter communication systems to realize the wireless-powered sensor networks (WPSN) for internet of things (IoT). We aim to m...
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ISBN:
(纸本)9781665456456
A novel deep learning (DL) based channel estimation method is proposed for full-duplex backscatter communication systems to realize the wireless-powered sensor networks (WPSN) for internet of things (IoT). We aim to minimize the power consumption at a sensor node by reflecting the supplied power signal from an access point (AP), which is called backscatter communication. Moreover, by adopting the frequency-shifted modulation technique during backscatter transmission, full-duplex communication is performed between the AP and the sensor node. However, this incurs a problem that the uplink and downlink channels are cascaded, which results in degrading the performance of beamforming. In order to overcome this problem, we propose a novel channel estimation method that extracts separate uplink and downlink channels from the cascaded channels. We formulate the problem for joint channel estimation and pilot optimization, and then design the DL based channel estimator, which is composed of feedforward neural network(FNN) and convolutional neural network(CNN), for compensating non-linearity and non-convexity. Finally, we analyze the performance of the proposed DL based channel estimator compared to the conventional channel estimator.
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