Optoelectronics39; rapid development has challenged the regulation ability of conventional units due to its output’s randomness, fluctuation, and uncertainty. A multi-time scale coordinated scheduling model for pow...
Optoelectronics' rapid development has challenged the regulation ability of conventional units due to its output’s randomness, fluctuation, and uncertainty. A multi-time scale coordinated scheduling model for power generation, load shifting, and energy storage is developed by taking into account the prediction error characteristics of optoelectronics at different time scales, as well as the benefits of load curve optimization and the flexible power regulation capability of energy storage. Currently, for the optimization of power systems containing optoelectronics, this article mainly adopts the scenario method, using typical scenarios with uncertain factors to replace all possible scenarios, Calculate the expected value of the objective function using the probability of typical scenarios, and establish an expected value model to seek an optimization plan for photovoltaic output that meets the constraints of typical scenarios and safe operation. This model aims to optimize the efficiency of resource utilization by jointly modeling transferable load, energy storage and conventional units, and comprehensively considering the dispatching cost of transferable load, energy storage degradation cost, penalty cost related to unit output plan change and photoelectric consumption efficiency.
The proceedings contain 83 papers. The topics discussed include: self-supervised representation learning for time series via temporal contrasting and transformation;early warning and screening of elderly cognitive imp...
ISBN:
(纸本)9798350335262
The proceedings contain 83 papers. The topics discussed include: self-supervised representation learning for time series via temporal contrasting and transformation;early warning and screening of elderly cognitive impairment based on machine learning algorithm;chewing detection using brightness changes in video based on deep learning;multi-agent reinforcement learning investigation based on football games;predicting the trajectory of ai utilizing the Markov model of machine learning;machine learning approach to sentiment recognition from periodic reports;deep learning models for cancer classification from microarray gene expression profiles;neural abstractive summarization: a brief survey;towards accurate crowd counting via smoothed dilated convolutions and transformer;hyperbolic graph convolutional networks for aspect-based sentiment analysis;survey of neuromorphic computing: a datascience perspective;poultry disease identification based on light weight deep neural networks;fairness and effectiveness in federated learning on non-independent and identically distributed data;and corpus database management design for Chinese-Portuguese bidirectional parallel corpora.
In recent times, network security threats have evolved, demanding sophisticated solutions. This research introduces an innovative 39;End-to-End Network Security Solution39; harnessing the power of deep learning al...
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The current Internet of Vehicles (IoV) data are facing challenges such as data silos, security and privacy concerns, data quality issues, and collaboration barriers. This paper proposes an IoV Information Management S...
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The goal of this study is to present a novel strategy for improving the data privacy and security of distributed deep learning networks through the use of secure multi-party computation (SMPC). The approach in issue e...
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Cryptocurrency and data privacy are two important considerations in human resource management. Cryptocurrency, such as Bitcoin, can be used to pay employees, provide incentives, and manage payroll, but it also poses r...
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In this paper, we study and comparatively analyze the available data hiding methods for animated GIFs. Since there exist different data hiding techniques, and the choice of technique can greatly affect the security an...
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GIS equipment has been widely used in power transmission engineering due to its advantages of high reliability and small size. Different from normal-Temperature areas, low-Temperature and high-cold areas pose challeng...
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This article studies a power system stability evaluation system based on big data analysis, which includes a data acquisition module, transmission module, big data analysis module, feedback module, evaluation module, ...
This article studies a power system stability evaluation system based on big data analysis, which includes a data acquisition module, transmission module, big data analysis module, feedback module, evaluation module, and human-machine interaction module. The output end of the data acquisition module is connected to the input end of the transmission module through communication, while the output end of the transmission module is connected to the input end of the big data analysis module through communication, The output end of the big data analysis module is connected to the input end of the evaluation module, the output end of the evaluation module is connected to the input end of the human-machine interaction module, the output end of the evaluation module is also connected to the input end of the feedback module, and the output end of the feedback module is connected to the input end of the big data analysis module. This article can effectively evaluate the power system and facilitate staff to analyze the working conditions and maintenance of various power equipment.
In order to improve the accuracy of end-to-end text detection algorithm, a steel coil inkjet detection algorithm based on high generalization ABCNet is proposed. In the mainstream ABCNet text detection algorithm, the ...
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