The rapid growth of data in various domains has necessitated the need for efficient and intelligentdata management techniques in cloud storage. This research paper explores the application of AI-driven approaches to ...
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ISBN:
(纸本)9798350381931
The rapid growth of data in various domains has necessitated the need for efficient and intelligentdata management techniques in cloud storage. This research paper explores the application of AI-driven approaches to enhance data accessibility, security, and performance in cloud storage ***, the paper investigates the challenges faced in traditional data management systems, such as limited accessibility, potential security vulnerabilities, and performance bottlenecks. These challenges are addressed by leveraging the power of artificial intelligence *** research presents an overview of the role of AI in data management, including machine learning algorithms, natural language processing, and computer vision. These AI-driven approaches enable intelligentdata classification, indexing, and retrieval, facilitating improved data accessibility in cloud storage ***, the paper discusses how AI can enhance security measures in cloud storage. It explores the use of AI-based anomaly detection algorithms to identify and mitigate potential security threats, such as unauthorized access, data breaches, and malicious activities. AI-driven encryption techniques are also explored to strengthen data protection in cloud *** addition to accessibility and security, the research paper delves into AI-driven techniques to optimize the performance of cloud storage systems. It investigates the application of machine learning algorithms for intelligent resource allocation and workload balancing, leading to enhanced system performance and reduced ***, this research paper highlights the significance of intelligentdata management in cloud storage and showcases the potential of AI-driven approaches to address the challenges associated with data accessibility, security, and performance. The findings of this study can assist cloud service providers, researchers, and practitioners in developing more efficient and robust data management solu
The management of industrial supply chains involves a series of complex decision-making processes, where the uncertainty of demand, supply, and inventory poses significant challenges. Understanding the essence of thes...
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The integration of machine learning (ML) and Internet of Things (IoT) technologies has a scope of improvement in precision farming techniques and revolutionise the agriculture sector. This research paper examines the ...
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This study investigates the use of convolutional neural network (CNN) technology to solve the problem of network intrusion detection, specifically studying the impact of convolutional layer count. Experiments revealed...
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User Experience (UX) researchers and designers who seek to predict users39; subjective impressions nowadays turn to Machine learning (ML) models trained on marked-up data. Labeling of graphical user interfaces (UIs)...
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This study presents an advanced satellite-based detection system designed for the comprehensive identification of multiple facilities within both commercial and civilian airports. The system utilizes cutting-edge remo...
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Fruits contain a lot of fiber. Fruits contain biologically active substances that improve our health. This study focuses on identifying and classifying guava fruit diseases. Guava disease has become a significant issu...
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This research study proposes an AI application for a HR interview simulation system to improve candidate assessment. The proposed system is based on the recent AI technologies that generate questions out of the candid...
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This study explores the impact of industry-education integration on college students’ employment rate using machine learning models. The original data was preprocessed through feature engineering, and models such as ...
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Missing data is a prevalent problem in data science for many fields such as natural, social, and health sciences. Since most regression methods can not handle missing data directly, imputation methods are used in data...
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ISBN:
(纸本)9783031777301;9783031777318
Missing data is a prevalent problem in data science for many fields such as natural, social, and health sciences. Since most regression methods can not handle missing data directly, imputation methods are used in data pre-processing. Finding the best imputation method is non-trivial, however. Moreover, our results show that an independent choice for a best imputation method does not always result in the best predictive performance in the end;the combination matters. Furthermore, search-based approaches for finding a best-fitting imputer/regressor-pair can be computationally intensive. In this paper, we propose the MetaLIRS (Meta learning Imputation and Regression Selection) framework for developing resource-friendly ML-based recommendation models for method selection. With MetaLIRS, we constructed a proof-of-concept recommendation model based on 12 meta-features that achieves an accuracy of 63% for selecting the best-fitting imputer/regressor-pair. A data scientist can use this model for a quick resource-friendly recommendation on which imputation and regression method to use for their particular data set and task without the need for an expensive grid search among methods.
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