The proceedings contain 157 papers. The topics discussed include: a self-scaling dynamic blockchain model for IoT;advanced generative ai methods for academic text summarization;data augmentation for entity resolution:...
ISBN:
(纸本)9798350372977
The proceedings contain 157 papers. The topics discussed include: a self-scaling dynamic blockchain model for IoT;advanced generative ai methods for academic text summarization;data augmentation for entity resolution: a comparative evaluation;mitigation of user-prompt bias in large language models: a natural language processing and deep learning based framework;evaluating the effectiveness of an object detection pipeline to support surveillance of unintended passage;automated scripting for real-time responses to suspicious user actions;highway merging control using multi-agent reinforcement learning;using machinelearning to predict student success in undergraduate engineering programs;NeuroAqua: developing an optimized artificial intelligence and Internet of Things-based aquaponics system;and precision fish farming to mitigate pond water quality through IoT.
Determining appropriate shapes and establishing corresponding relationships based on 3D models remains a significant challenge. This research employs shape statistical models and direct correspondence between two morp...
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The global energy consumption landscape has significantly shifted towards renewable sources in recent years. However, despite this positive trend, the overall consumption of fossil fuels has not decreased, indicating ...
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ISBN:
(纸本)9798400718212
The global energy consumption landscape has significantly shifted towards renewable sources in recent years. However, despite this positive trend, the overall consumption of fossil fuels has not decreased, indicating challenges for climate change mitigation. To explain this phenomenon, our paper employs several different machinelearning algorithms on the World Sustainability dataset to analyze the underlying mechanisms that drive or hinder the adoption of renewable energy across various countries. Utilizing a combination of supervised and unsupervised machinelearning techniques, including XGBoost for predictive analysis and K-Means for clustering, we aim to reveal the nuanced factors influencing nations' energy choices. By demystify the complex decision-making process behind adoption of green energy, we hope to provide insights for international sustainability organizations, offering a data-driven foundation to guide their efforts in promoting renewable energy adoption worldwide. Our findings both underscore the intricacies of energy transition dynamics and equip policymakers and stakeholders with actionable intelligence to foster a more sustainable future.
Traditional English teaching evaluation has problems such as subjectivity, limitations, quantitative bias, and lacks feedback and support. The evaluation algorithm based on data analysis technology provides an accurat...
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This paper mainly introduces some machinelearning methods used in the field of data mining. The method of data mining is discussed by taking market segmentation algorithm as an example. This paper presents an improve...
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To achieve in-situ measurement of mechanical properties in large-scale composite structures, this paper introduces a Lamb wave measurement based on machinelearning to predict the in-plane engineering elastic constant...
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To achieve in-situ measurement of mechanical properties in large-scale composite structures, this paper introduces a Lamb wave measurement based on machinelearning to predict the in-plane engineering elastic constants of balanced symmetric laminates. Firstly, we consider that balanced symmetric laminates are equivalent to orthotropic single-layer plates with nine engineering elastic constants. Secondly, by varying these elastic constants and comparing the dispersion curves at different propagation angles, we conclude that, under low frequency-thickness products, the phase velocity of S-0-mode Lamb waves in orthotropic single-layer plates is dependent on four engineering elastic constants: tensile modulus, in-plane shear modulus, and in-plane Poisson's ratio. Subsequently, leveraging this correlation in dispersion curves, a BP neural network model is established using machinelearning techniques. Using the neural network model, the goal of predicting engineering elastic constants using phase velocities is achieved. Finally, the effectiveness of this method is verified through theoretical calculations and numerical simulations.
The advancement of technology has resulted in increased news consumption through various online platforms and social media channels. Hence, there is a requirement for intelligent systems that may categorize the news t...
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The wireless sensor network is a hot and significant research area nowadays and it can be addressed in almost every sector and environment. A few major challenges are countered in the wireless sensor network such as e...
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ISBN:
(纸本)9798350372977;9798350372984
The wireless sensor network is a hot and significant research area nowadays and it can be addressed in almost every sector and environment. A few major challenges are countered in the wireless sensor network such as energy consumption, battery lifetime, Attacks, data Transmission, etc. Generally wireless sensor network produces non-Euclidian sensing data and metadata structures and it is very complex to deal with the structure, especially in order to measure anomalies and disruption in a network. In this paper, we have introduced parallel computing to resolve the heterogeneity of the sensing data and metadata as well. Parallel computing has been applied implicitly for extracting only paramount data from the large scale of data to detect routing layer attacks. The convolution neural network (CNN) has been considered as a machine-learning model and we have enhanced the kernel to optimize the performance of the conventional CNN model to detect network layer attacks in terms of wireless sensor networks. Our investigated method demonstrates better results in detecting anomalies and attacks than the existing methods or techniques.
This study examines the influence of six meteorological factors on eLoran signal propagation delay and develops a predictive model using four machinelearning approaches: BP neural networks, random forests, support ve...
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This research presents a new approach to detecting and classifying different types of shunt faults in short transmission lines, which is based on wavelet transforms and machinelearning. The approach relies on calcula...
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