Speckle noise affects the image quality of ultrasound images and hence the disease diagnosis by doctors will be degraded. Recent literatures reveal the extensive development of deep learning algorithms. Still there ex...
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There is rapid improvement in the medical field regarding capturing different images of patients using diversified equipment. But all this equipment works on different principles and hence has different characteristic...
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This paper presents the development and implementation of a Virtual High Voltage Laboratory (VHVL) designed to simulate real-world high voltage testing environments for educational and research purposes. Traditional h...
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ISBN:
(纸本)9798350376234
This paper presents the development and implementation of a Virtual High Voltage Laboratory (VHVL) designed to simulate real-world high voltage testing environments for educational and research purposes. Traditional high voltage laboratories are essential for testing and understanding electrical components and systems under high voltage conditions but involve significant safety risks and substantial financial investment. The VHVL provides a cost-effective and safe alternative by utilizing advanced simulation technologies to replicate high voltage phenomena and testing scenarios. It integrates sophisticated modeling techniques and real-time data processing to accurately mimic the physical and electrical properties of high voltage systems. The virtual lab includes interactive modules that allow users to conduct a range of experiments, such as dielectric breakdown testing, insulation performance analysis, and corona discharge studies, in a controlled and risk-free environment. Built on a modular framework, the system supports scalability and adaptability, enabling continuous updates and the incorporation of new testing protocols and standards. Validation tests comparing the VHVL with traditional high voltage laboratories demonstrated its high fidelity and reliability. This paper discusses the design principles, technical challenges, and educational benefits of the VHVL, highlighting its potential to enhance engineering education, promote safer testing practices, and reduce the costs associated with high voltage experimentation. The findings suggest that the VHVL can significantly advance electrical engineering education and research, providing a versatile tool for both students and professionals in the field. These results are based on an evaluation of the lab's effectiveness in helping students understand the subject matter. Surveys indicate a significant improvement in quiz scores after using the VHVL, demonstrating its educational benefits and impact on learning out
Perennial cashew trees, often colloquially referred to as the 'Poor man's crop,' hold a significant place in global agriculture. India stands out as one of the leading cultivators of cashew, contributing s...
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This research paper examines several soil qualities, such as texture, structure, density, porosity, wetness, and pH, and how these affect agricultural productivity and soil management. It discusses how to analyze soil...
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Contrastive learning (CL) has significant practical value in the current field of recommendation systems. Contrastive learning involves learning representations by comparing and contrasting the similarities and differ...
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Speech emotion recognition (SER) is a technology used to analyze emotions from spoken language. These systems aim to classify a speaker's emotional state by analyzing subtle vocal characteristics like pitch, tone,...
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Piano timbre difference perception is a difficult task in piano teaching, which requires the fusion of experiential analyses of the piano's physical entity, performance skills, and emotional perception of the work...
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Pneumonia is an infection that leads to inflammation and fluid accumulation within the pulmonary system. Pneumonia can be caused by bacterial, fungal or viral infection. Pneumonia causes breathing difficulties as the ...
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The proceedings contain 49 papers. The special focus in this conference is on Frontiers of Intelligent computing: Theory and Applications. The topics include: Nepali Word Spelling Correction Using Ensemble learning Te...
ISBN:
(纸本)9789819601424
The proceedings contain 49 papers. The special focus in this conference is on Frontiers of Intelligent computing: Theory and Applications. The topics include: Nepali Word Spelling Correction Using Ensemble learning Technique;the Impact of Information Security Policies and Innovations in Digital Technology on the Transformation of Healthcare in Developing Nations: A Literature Review;integrating Multi-omics and Clinical Narratives for Predictive Modeling: Genomics, Transcriptomics, Proteomics, and Medical Texts in Disease Analysis;a Comprehensive Survey of Fake Review Detection Technology;a Hybrid Intelligent Decision Support System for Automating Financial Credit Evaluation;Advancing Taxation in the New Era: Enhancing Tax Ratios with the Core Tax Administration System (CTAS);Enabling Grid Stability: Harnessing μPMU Data for Data-Driven Analysis of Grid Frequency Events;machine learning Techniques to Detect Fake News on Social Media: A Systematic Review;cutting-Edge Technology-Based Social Enterprises in India for Sustainable, Inclusive Healthcare;enhancing Telugu Sarcasm Classification Models with Word Embeddings in Imbalanced Datasets;capital Punishment: Analyzing Trends in the United States (1976–2016);exploring the Technostress Issue Among Indonesian Young Entrepreneurs;teaching Computer Science Using Cloud-Based IDE with Perspectives in Inclusivity;Comparison of Data Encryption Standard (DES) and Advanced Encryption Standard (AES) in Security Issues of Cloud computing: A Literature Review;enhancing Corporate and Factory Training Through Game Development: A Comparative Review;usability of Intelligent System in Implementing Tutoring Lesson in Education: A Literature Review;performance Efficiency of Cloud computing—A Literature Review;decentralized Finance (DeFi) Wallets: A Review of its Efficiency, Usability, and Effectiveness;Social Networks on WEB 3.0.
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