Quantum computing is fundamentally transforming the cybersecurity landscape by simultaneously introducing robust defense mechanisms and sophisticated attack vectors. This paper explores the dual nature of quantum comp...
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ISBN:
(数字)9798331508913
ISBN:
(纸本)9798331508920
Quantum computing is fundamentally transforming the cybersecurity landscape by simultaneously introducing robust defense mechanisms and sophisticated attack vectors. This paper explores the dual nature of quantum computing in cybersecurity, examining how it enhances artificial intelligence-powered malware detection systems and strengthens encryption protocols, while also enabling the development of adaptive quantum-enhanced threats such as polymorphic malware and quantum key distribution attacks. Additionally, the paper analyzes the convergence of quantum computing with Large Language Models (LLMs) and neural networks, highlighting implications for threat intelligence across social media platforms, cybersecurity operations, and open-source intelligence. Through comprehensive analysis and the proposition of quantum-resilient security frameworks, this research provides cybersecurity professionals with actionable strategies for navigating the emerging quantum computing era.
Nowadays, the systems of voice disorder detection obtained considerable attention due to the high importance of this field. However, the assessment of voice pathology requires certain tools and well-trained doctors. M...
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The in-vehicle network (IVN) is highly vulnerable due to its inherent structure, and the continuous introduction of new features in next-generation vehicles only exacerbates this issue. To address this problem, a prop...
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E-learning is a method of learning that uses electronic resources but is based on institutionalized education. While education can take place in or outside of the classroom, E-learning relies heavily on computers and ...
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This paper investigates the problem of detecting and recognizing repetitive actions performed by a human. Repetitive action analysis play a major role in detecting many behavioral disorders. In this work, we present a...
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This research paper is based on child kidnap detection and prevention to identify susceptible child kidnap by unauthorized persons. The intelligent surveillance system proposed for this is known as "AICare"....
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Sparse principal component analysis (SPCA) has attracted attention in many areas such as signal/image processing, statistics, bioinformatics and machine learning. In this paper, we develop a new accelerated proximal g...
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Social media has become increasingly popular among the younger generation in the last decade. Students engage with social media on daily basis, and it affects their interests, lifestyle, and attitude. There are many e...
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To improve the performance of the proportionate normalized least mean M-estimate (PNLMM) algorithm, this paper proposes a variable step-size adaptive decorrelation PNLMM (VSS-AD-PNLMM) algorithm. First, an adaptive de...
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Many application developers are now choosing to install their Web applications on cloud data centers because of the attractiveness of cloud computing environment. Predicting future resource workload is critical since ...
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ISBN:
(纸本)9781665423830
Many application developers are now choosing to install their Web applications on cloud data centers because of the attractiveness of cloud computing environment. Predicting future resource workload is critical since it allows cloud service providers to automatically modify resources online in order to meet service level agreements (SLA). This paper proposes a multivariate deep learning prediction model to predict future resource workload for cloud computing environment. The prediction model uses a special type of recurrent neural network (RNN) called Bidirectional long short-term memory (Bi-LSTM). This work also explains and shows the advantage by using multivariate data compared to univariate data in time series forecasting. The experiments, using real world workload dataset, show that the proposed multivariate Bi-LSTM model outperforms the univariate Bi-LSTM model in prediction accuracy.
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