Healthcare question answering is an important task in the field of Natural Language Processing. As the era of the internet has already begun, textual data related to the healthcare field has also increased rapidly. Th...
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A Comparative evaluation of device mastering Algorithms for textual content classification textual content category is an vital assignment in herbal language processing, where the aim is to routinely assign a label or...
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Many datasets in various machine learning applications are structural and naturally represented as graphs. They comprise data from the analyses of social and communication networks, predictions of traffic, and fraud d...
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In the recent time, the usage of various social media platforms has drastically increased which involves the positive or negative impact on human lives. One of the aspects is directly associated with comment/opinion w...
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Modern communication networks provide rich channels for steganographic tools to hide secret data. In addition to payload, an emerging trend is to utilize protocol headers to hide data as well. This paper studies the I...
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Sentiment analysis of movie reviews plays a critical role in understanding audience perspectives and predicting trends in the entertainment industry. This work presents an integrated approach that encourages a fine-tu...
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ISBN:
(数字)9798331529765
ISBN:
(纸本)9798331529772
Sentiment analysis of movie reviews plays a critical role in understanding audience perspectives and predicting trends in the entertainment industry. This work presents an integrated approach that encourages a fine-tuned DistilBERT model for feature extraction, followed by LightGBM for classification, and SHAP (Shapley Additive Explanations) for model interpretability. By combining these advanced techniques, our approach achieves a high accuracy of 97%, significantly outperforming traditional methods. The use of DistilBERT enables precise contextual understanding of textual data while offering a more efficient and lightweight alternative to the full BERT model. LightGBM provides efficient and scalable classification, and SHAP ensures transparent and interpretable model decisions, allowing us to understand key factors driving sentiment predictions. This integrated framework enhances accuracy and also provides valuable insights into the model’s behavior, making it a robust tool for sentiment analysis in movie reviews.
Unpaired image-to-image translation uses unpaired training data to predict domain-to-domain mapping. Unpaired Image-to-Image is a versatile Generative Adversarial Network (GAN) model for image-to-image translation. Us...
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Interaction with gestures is more intuitive than traditional input with a keyboard and a mouse. It has gradually become the major technology for extended reality. However, for most users, gesture control is not famili...
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Social media platforms serve as vital connections for communication, generating massive quantities of data that represent an array of perspectives. Efficient sentiment analysis is necessary for understanding public op...
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In response to the urgent need for coronavirus treatments, this research focuses on leveraging bioactivity data collection and processing for efficient drug discovery, employing computational methods to predict potent...
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ISBN:
(数字)9798350384369
ISBN:
(纸本)9798350384376
In response to the urgent need for coronavirus treatments, this research focuses on leveraging bioactivity data collection and processing for efficient drug discovery, employing computational methods to predict potential antiviral compounds. Exploratory data analysis was performed to identify patterns and trends, and various molecular descriptors were computed for the Mpro inhibitors in the descriptor dataset preparation step. A regression model was trained using the developed random forest algorithm to predict the bioactivity of new compounds against the standard value and compared with other regression models. Additionally, a web-based application was created using the random forest model to allow users to obtain predicted bioactivity values against Mpro by providing information about molecular structures. Machine learning-based bioactivity prediction offers an intriguing plan for drug discovery, and the proposed work provides a comprehensive workflow for COVID- 19 drug discovery. The web application provides a user-friendly interface for drug discovery researchers to evaluate the potential of compounds against the Mpro target quickly.
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