The proceedings contain 9 papers. The topics discussed include: synthesis and computer research of a belt conveyor models with intelligent control;design and computer research of a nonlinear stochastic models describi...
The proceedings contain 9 papers. The topics discussed include: synthesis and computer research of a belt conveyor models with intelligent control;design and computer research of a nonlinear stochastic models describing the dynamics of interacting populations;construction and simulation of continuous time portfolio with given properties;computer simulation of the stochastic RED algorithm;comparation of two single-server queueing systems with exponential service times and threshold-based renovation;on statistical analysis and prediction of sap flow density for smart urban tree monitoring;model of radio admission control for URLLC and adaptive bit rate eMBB in 5G network;surrogate modeling assistant software;and implementation of an analytical-numerical approach to stochastization of one-step processes in the Julia programming language.
This review examines the integration of meteorological satellite imagery with artificial intelligence (AI), focusing on traditional machine learning and deep learning methods in weather forecasting. It begins by expla...
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ISBN:
(数字)9798350363043
ISBN:
(纸本)9798350363050
This review examines the integration of meteorological satellite imagery with artificial intelligence (AI), focusing on traditional machine learning and deep learning methods in weather forecasting. It begins by explaining the basic concepts and importance of satellite imagery in capturing highresolution atmospheric data. The study highlights how AI, especially deep learning, improves the analysis of these complex datasets, enhancing weather pattern identification and anomaly detection. We discuss the integration of satellite data with traditional forecasting methods, recent advancements in hybrid algorithms, and sophisticated data assimilation techniques. The review also covers deep learning models like CNNs, RNNs, and GANs, demonstrating their superior performance in predicting weather phenomena. Challenges such as high computational costs, resource requirements, and model generalizability are addressed, along with future directions in model optimization and hybrid approaches. This synthesis underscores the significant impact of combining satellite imagery with AI on weather forecasting accuracy and reliability.
The article presents the application of generative Grammars in linguistic modeling. Description of sentence syntax modeling is used to automate the processes of analysis and synthesis of natural texts.
The article presents the application of generative Grammars in linguistic modeling. Description of sentence syntax modeling is used to automate the processes of analysis and synthesis of natural texts.
In order to optimize the patternsynthesis of multiple input and multiple output (MIMO) radar, immune mechanism is adopted to overcome the premature risk of differential evolution (DE) algorithm, namely immune differe...
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The article explains the use of generative grammars in linguistic modeling. Describes syntax modeling of sentence that used to automate the analysis and synthesis of natural-language texts. The article proposes conten...
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The article explains the use of generative grammars in linguistic modeling. Describes syntax modeling of sentence that used to automate the analysis and synthesis of natural-language texts. The article proposes content analysis methods for an online-newspaper.
The article deals with the use of generative grammars in linguistic modeling. Description of sentence syntax modeling is used to automate the analysis and synthesis of natural-language texts.
The article deals with the use of generative grammars in linguistic modeling. Description of sentence syntax modeling is used to automate the analysis and synthesis of natural-language texts.
Recent research on face analysis has demonstrated the richness of information embedded in feature vectors extracted from a deep convolutional neural network. Even though deep learning achieved a very high performance ...
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Nonlinear models of the interconnected communities population dynamics are considered taking into account migration and competition. Formulations of optimal control problems are proposed for models with migration flow...
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The proceedings contain 15 papers. The special focus in this conference is on Web Information Systems Engineering. The topics include: Tourism analysis on Graphs with Neo4Tourism;can Reinforcement Learning Enhanc...
ISBN:
(纸本)9789811532801
The proceedings contain 15 papers. The special focus in this conference is on Web Information Systems Engineering. The topics include: Tourism analysis on Graphs with Neo4Tourism;can Reinforcement Learning Enhance Social Capital?;influence Maximization Based on Community Closeness in Social Networks;cloud Service Access Frequency Estimation Based on a Stream Filtering Method;leveraging pattern Mining Techniques for Efficient Keyword Search on Data Graphs;preface;local Differential Privacy: Tools, Challenges, and Opportunities;intelligent Knowledge Lakes: The Age of Artificial Intelligence and Big Data;a Novel Event Detection Model Based on Graph Convolutional Network;range Nearest Neighbor Query with the Direction Constraint;knowledge Graph Data Management: Models, Methods, and Systems;SLIND$$^+$$: Stable LINk Detection;reInCre: Enhancing Collaborative Filtering Recommendations by Incorporating User Rating Credibility.
Semantic information retrieved from the human face can improve human-machine interaction, add new level of information compression and expand the multi-modality in data analysis. Extracting such information is done us...
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ISBN:
(纸本)9781665426060
Semantic information retrieved from the human face can improve human-machine interaction, add new level of information compression and expand the multi-modality in data analysis. Extracting such information is done using semantic segmentation of images of the human face. It consists of automatically identifying the areas of human facial image, defining the different face parts, that meaningful information for humans. These areas include nose, eyes, forehead, ears, etc. In this work we propose a new algorithm based on auto-encoder architecture for semantic segmentation of 3D models of the human face. These models are represented as mesh objects which further motivates us to use graph-convolutional neural networks for the implementation of the auto-encoder. Since no data of 3D face models with annotated facial parts is available, we approach the problem using publicly available 2D annotated data and analysis-by-synthesis approach. Experimental results validate our approach for 3D face semantic segmentation.
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