In this paper, we are trying to predict the Earthquake before it happens using seismic indicators anywhere around the world. It is an important task, on detecting seismic events from seismic time series using machine ...
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The rise of artificial intelligence brings information security challenges for intelligent connected vehicles. Securing the CAN is crucial to ensuring the overall security of the in-vehicle network. Traditional crypto...
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Software defect prediction is of great significance to ensuring software security. Appropriate metrics are an effective way to predict whether a program contains software flaws. In recent years, machinelearning techn...
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Making supportive decisions for crop production, such as crop name recommendations and forecasts for crop production, requires machinelearning implementation. Numerous machinelearning classifiers and algorithms are ...
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network traffic classification is crucial for traffic monitoring and application-based policy enforcement. However, the widespread use of encrypted protocols has greatly challenged conventional traffic classification ...
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ISBN:
(纸本)9781665452519
network traffic classification is crucial for traffic monitoring and application-based policy enforcement. However, the widespread use of encrypted protocols has greatly challenged conventional traffic classification techniques using packet payload and port numbers. For the network application in this paper, two machinelearning algorithms, Decision Tree (DT) and Random Forest (RF) are used. An open-access Kaggle dataset with six different types of applications is used for this study. To achieve the best values for model training, loop iteration is used rather than the hyper-parameter optimization technique. When compared to DT, RF has the highest accuracy (99.72%). In order to improve the classification process and various hidden patterns connected with the statistical features, more statistical features were taken into account in comparison to other related works that had already been done. The outcomes demonstrate the potency of supervised learning algorithms for categorizing network traffic.
The rapid development of the Internet and the intelligent information age have provided more possibilities for data leakage, network attacks and other behaviors of malicious persons. The network security of party buil...
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Next Generation Radio Access network (NG-RAN) is expected to support extremely high data rates, low-latency applications, and massive machinecommunication. The increasing growth of network complexity and the highly d...
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ISBN:
(纸本)9781665477062
Next Generation Radio Access network (NG-RAN) is expected to support extremely high data rates, low-latency applications, and massive machinecommunication. The increasing growth of network complexity and the highly dynamic service demands make NG-RAN to incorporate Artificial Intelligence and machinelearning (AI/ML) algorithms due to their ability to deal with complex network architecture and making intelligent decisions. However, AI/ML model performance degradation (i.e., drift) is prevalent in NG-RAN due to their highly dynamic service demands. This paper proposes a novel drift handling mechanism based on the average root mean square error (RMSE) over a defined window. The proposed drift handling mechanism is compared with one class drift detector (OCDD) and evaluated over channel quality indicator (CQI) use-case. The results showed that proposed drift handling mechanism could outperform whenever a model performance degrades.
SMS and E-mail have become common text communication methods in daily life because of their low rate, high speed and convenient sending and receiving. Sending spam not only consumes a lot of network resources and stor...
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The development of smart grids, coupled with the advancements in communication, network, and automation control technologies, has led to the integration of physical devices in power systems with communicationnetworks...
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ISBN:
(纸本)9798400718144
The development of smart grids, coupled with the advancements in communication, network, and automation control technologies, has led to the integration of physical devices in power systems with communicationnetworks, enhancing efficiency and intelligence. However, this integration also makes the power system more susceptible to network attacks. This study is dedicated to detecting False Data Injection Attacks (FDIA) in smart grids using machinelearning. A large amount of node state variable sample data was employed to train Random Forest classifiers and XGBoost algorithms, with parameter optimization significantly enhancing their accuracy in various scenarios. The study found that while Random Forest excels in parallel training and noise resistance, XGBoost is more suited for short-term state prediction based on historical data. Both algorithms demonstrated effective performance and high accuracy in FDIA detection through extensive simulation. Furthermore, the paper explores the construction, implementation, and detection methods of FDIA, vital for the safe operation of smart grids. The research in this paper not only provides robust cybersecurity measures for smart grids but also lays the groundwork for future research on FDIA in more complex power system environments.
Diabetes is the serious and widespread disease worldwide. Common ingredients in modern diets, like sugar and fat, increase the risk of diabetes. Recognizing the symptoms is essential to predict and prevent the disease...
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