The development of cloud computing and the widespread application of cloud services have made outsourcing services more convenient. The need for individuals and businesses to store and manipulate the graph data they g...
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This is the third part of our series of work devoted to the dynamics of an epidemic model with nonlocal diffusions and free boundary. This part is concerned with the rate of accelerated spreading for three types of ke...
The rule engine is an important part of the industry-education integrated Internet of Things teaching platform, and it is the basis for realizing the dynamic configuration of business rules in the practical teaching f...
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Dear Editor,In this paper,a recursive filtering problem(RRP)is addressed for nonlinear systems over full-duplex relay(FDR)networks.A FDR is adopted to forward measurements of the sensor to the *** of concurrently tran...
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Dear Editor,In this paper,a recursive filtering problem(RRP)is addressed for nonlinear systems over full-duplex relay(FDR)networks.A FDR is adopted to forward measurements of the sensor to the *** of concurrently transmitting and receiving,the FDR is interfered by the signals from itself,thereby exhibiting self-interference(SI).
Since the receptive field of convolutional neural network is limited, it is difficult to obtain the interaction relationship of global information in the image. To solve this problem, combining visual transformer and ...
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Distributed denial of service (DDoS) attacks are the most common and harmful attack in the field of network security, the purpose of this paper is to predict the occurrence of DDoS attacks quickly, accurately and effe...
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Many sequence tasks can be effectively treated as Sequence labeling (SL) problems in Natural Language Processing. A lot of the existing studies solve these tasks as independent sequence labeling problems, or use multi...
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In the realm of Chinese Named Entity Recognition tasks, conventional models have frequently fallen short in adequately addressing linguistic features and recognizing the essential role of context. To address this chal...
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Take-over performance plays a significant role in evaluating drivers' state, and serves as a crucial reference for enhancing control transitions in the context of conditionally automated driving. In this study, we...
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Take-over performance plays a significant role in evaluating drivers' state, and serves as a crucial reference for enhancing control transitions in the context of conditionally automated driving. In this study, we aim to predict minimum anticipated collision time (min ACT), an indicator of drivers' take-over performance, in expectation of promoting safer take-overs via deep learning, so that drivers' state detriment of take-over safety could be adjusted accordingly with intelligent human-machine interaction algorithms predictably. By incorporating multi-source information including drivers' state, drivers' demographics, surrounding traffic features as well as driver-vehicle interaction characteristics, network model “ACTNet” was proposed to facilitate continuous estimation. Depthwise separable convolution and non-local self-attention were utilized to prevent overfitting and establish spatial dependency over fixation heatmap, respectively. To overcome data distribution imbalance, class balanced loss was used in conjunction with regression loss to realize more accurate predictions. Driving simulator experiment was conducted with dataset collected for the subsequent verification of the proposed algorithm. Potentialities of deep learning methods were highlighted for take-over studies, contributing to the design of intelligent human-machine interaction systems in conditional automation. Our findings present a valid method of deep learning in predicting drivers' take-over performance and meanwhile have implications for the development of intelligent adaptive take-over time budget regulation and dynamic drivers' state adjustment algorithms. IEEE
Recent studies support that magnetic chiral nanozymes,integrating the features of chirality,magnetism,and enzyme-like catalysis,provide new insights into the synthetic methodologies and applications of chiral *** this...
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Recent studies support that magnetic chiral nanozymes,integrating the features of chirality,magnetism,and enzyme-like catalysis,provide new insights into the synthetic methodologies and applications of chiral *** this study,we present the design of novel magnetic chiral cobalt superstructures(CoSSs)synthesized by the regulation of complex formation kinetics of Co3+with chiral ligands(L-or D-tartaric acid)under varying metal-to-ligand molar ratios and solvent *** approach yielded a series of CoSSs with varying symmetry from high to *** chiral CoSSs exhibited chirality-dependent peroxidase(POD)-like activity,demonstrating a high affinity of L-CoSSs towards substrates,with a chiral selective factor of approximately *** addition,the magneto-optical effects of the chiral CoSSs significantly enhanced their chiroptical performance from ultraviolet-visible(UV-vis)to near-infrared *** a magnetic field,the affinity of chiral CoSSs for substrates increases,while the chiral selective factor was modified to *** research on magnetic chiral CoSSs nanozymes opens promising new avenues for the application of artificial enzymes in fields,such as antibacterial technology,drug delivery,and biocatalysis.
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