Machine learning technology based on artificial neural network has been successfully applied to solve many scientific problems. One of the most interesting areas of machine learning is reinforcement learning, which ha...
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With the proposal of the carbon peak and carbon neutrality goal, a significant influx of new energy sources with random and fluctuating characteristics is being integrated into the power grid. Consequently, the adapta...
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This research introduces a pioneering strategy for optimizing power grid scheduling across various time scales, addressing a previously unmet need in the field of energy regulation. Initially, we amassed and categoriz...
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This work develops a trust inference model to address scenarios where agents in a swarm collaborate to achieve the coverage control task. To gather empirical data from human subjects for the probabilistic model develo...
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ISBN:
(纸本)9781713872344
This work develops a trust inference model to address scenarios where agents in a swarm collaborate to achieve the coverage control task. To gather empirical data from human subjects for the probabilistic model development, we build various simulation tools and user interfaces. Using our visual training tool, we train a single-agent model and then extend that to create our multi-agent model. These models utilize a dynamic Bayesian network and produce stochastic predictions. We then apply these models to our Voronoi-based area coverage problem in real time, where agents adjust their behavior to maximize the team performance and hence human trust. As a result of this research, multi-agent teams will be able to increase their individual trust levels thereby enhancing team performance and efficiency. Copyright (c) 2023 The Authors. This is an open access article under the CC BY-NC-ND license (https://***/licenses/by-nc-nd/4.0/)
In this study, we explore the capabilities of speaker recognition technology for biometric authentication developing speaker recognition-based access control systems and serving as a resource for future research and i...
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ISBN:
(纸本)9783031530357;9783031530364
In this study, we explore the capabilities of speaker recognition technology for biometric authentication developing speaker recognition-based access control systems and serving as a resource for future research and improvements in secure and efficient speaker identification solutions. We focused on developing and evaluating machine learning and deep learning models for speaker identification. The models were trained and tested on private datasets with 32 speakers and public datasets with 1251 to 6112 speakers. The Gaussian Mixture Model performed well with our private datasets, with 93,10%, and 95% accuracy in correctly identifying the speakers. The Multilayer Perceptron achieved a peak accuracy of 93.33% on the Framed Trim private dataset. The VGGM model, after initial training on larger datasets, achieved an accuracy of 90.34% and 98.33% on our private datasets. At last, the model ResNet50 slightly outperformed the other models on two versions of our private dataset, achieving accuracies of 97.93% and 100%.
As one of the most widely used rolling optimization methods, model predictive control (MPC) can effectively deal with constrained problems with multivariate. However, MPC relies on the accurate system dynamics model, ...
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This methodology aims in regulating the parameters of demand response management (DRM) to limit the usage of consumer energy. Therefore, this will increase the stability and minimizes the cost of generation. Synchroni...
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The proceedings contain 49 papers. The topics discussed include: implementation of ADAS for electric vehicle safety for pediatric patients based on fuzzy logic;the influence of parallel multigap rod electrodes on the ...
ISBN:
(纸本)9798331542207
The proceedings contain 49 papers. The topics discussed include: implementation of ADAS for electric vehicle safety for pediatric patients based on fuzzy logic;the influence of parallel multigap rod electrodes on the breakdown probability distribution;navigation system in dynamic indoor environment using deep reinforcement learning with actor-critic;application of carbon nanoparticles with arc-discharge synthesis as an anode material in lithium-ion batteries;frequency control of interconnected power system utilizing novel optimization approaches;river detection using fast Fourier transform, contour detection, and Hough line transform;LTE-advanced network planning with inter-band non-contiguous carrier aggregation in Mampang Prapatan;and harmonic distortion reduction analysis of railway static inverter output using passive filter and PI controller with MATLAB Simulink.
The existing research on distribution network restoration control lacks the consideration of the dynamic recovery characteristics of distributed renewable energy sources (dRESs). By taking the output of dRESs as invar...
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Road side unit (RSU) is the key element in VANET architecture. It is used to improve communication range, driving awareness, traffic safety, signal acknowledgement and violation. However, VANET faces major challenges ...
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