The uncontrolled growth of skin cells in the epidermis producing the creation of a mass termed a tumor is a dangerous condition known as skin cancer. Current developments in deep learning artificial intelligence have ...
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The uncontrolled growth of skin cells in the epidermis producing the creation of a mass termed a tumor is a dangerous condition known as skin cancer. Current developments in deep learning artificial intelligence have greatly improved image-based diagnosis. In this study, we included a Skin Lesion Cancer feature extractor Convolutional Neural Network (SLC-CNN) model, which is used for both classification with the SVM classifier and segmentation with XGBoost for skin cancer. In our proposed system, a test image of skin cancer is taken and pre-processed for both classification and segmentation purposes. After applying pre-processing, the test image features are extracted using the SLC-CNN feature extractor, which features are used in SVM to classify the types of skin cancer (Benign and Malignant), and based on the classification result, a trained XGBoost model is called to segment the cancer region. We have tested our system using the dermoscopy image collection from the International Skin Imaging Collaboration (ISIC) and built it in Google Colab to best use the GPU. Our suggested approach has gained a segmentation accuracy of 95.25% and a classification accuracy of 99.6%.
Diabetes is a chronic disease whose timely and accurate diagnosis will prevent serious complications from health. This paper explores using iridology principles in a deep learning method to detect diabetes from retina...
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DNA-based encryption with bioinformatics has emerged as a promising field for secure data storage and transfer. This study analyzes the bioinformatics aspects of DNA cryptography, focusing on important advancements an...
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作者:
Priya MVijaya kumar KVennila PPrasanna M AProfessor
Dept. of Computer Science and Engineering E.G.S. Pillay Engineering College Nagapattinam -611002 Lecturer
Dept. of Computer Science and Engineering Women’s Engineering College Puducherry- 605008 Asst. Professor
Dept. of Computer Science and Engineering E.G.S. Pillay Engineering College Nagapattinam -611002 Asst. Professor
Dept. of Computer Science and Engineering K.Ramakrishnan college of Technology Trichy -621112
Twitter is the one of the biggest social media sites, where users may share their thoughts, ideas, and opinions as well as discuss current events and live tweets. In the subject of opinion mining, creating reliable an...
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Twitter is the one of the biggest social media sites, where users may share their thoughts, ideas, and opinions as well as discuss current events and live tweets. In the subject of opinion mining, creating reliable and effective algorithms for sarcasm detection on Twitter is an intriguing task. Sarcasm is the use of positive language to convey depressing emotions while speaking in opposition to one’s own intentions. Sarcasm is frequently employed on social networking and micro blogging platforms, where users can offend others and find it difficult to express their true feelings. The deep learning technique utilised in the current algorithms to identify these sarcastic tweets has the limitation of not being able to predict continuous variables. A novel deep learning algorithm is proposed to identify both positive and negative terms as well as sarcasm in comments. Deep neural networks are used to classify the comments into positive and negative word categories. Customers’ opinions are mined using sentiment analysis to find and extract information from the text. Sarcastically stated statements from social networking sites can be quickly categorised and recognised by using VADER (Valence Aware Dictionary and Sentiment Reasoner).
With the advancement of technologies, different methods are currently being used for converting spoken language into text. These systems offer a hands-free alternative to traditional input methods, especially for indi...
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The recent surge of building software systems powered by Large Language Models (LLMs) has led to the development of various testing frameworks, primarily focused on treating prompt templates as the unit of testing. De...
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Models based on dynamic neural networks such as DeBERTa and Vision Transformers ViT have disrupted the two fields. However, there is one complication - their performance requires so much computation which limits its r...
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The growing use of drones in logistics, agriculture, surveillance, and search-and-rescue operations has highlighted the need for more intuitive and adaptable control systems. Traditional control methods, such as joyst...
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Blockchain technology, implemented via smart contracts, provides significant improvements in data security, transparency, and automation within healthcare applications. Smart contracts are inherently unsuitable for cr...
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For a timely diagnosis and successful treatment, brain tumors need to be carefully evaluated. Tumor inspection is complicated by morphological factors like size, location, texture, and varying appearance. Additionally...
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ISBN:
(数字)9798350357509
ISBN:
(纸本)9798350357516
For a timely diagnosis and successful treatment, brain tumors need to be carefully evaluated. Tumor inspection is complicated by morphological factors like size, location, texture, and varying appearance. Additionally, medical imaging poses challenges such as noise and incomplete data. This research article presents a methodology for processing Magnetic Resonance Imaging (MRI) data, encompassing techniques for image classification and denoising. The effective use of MRI images allows medical professionals to detect brain disorders, including tumors. This study uses MRI data analysis to classify brain tumors and healthy brain tissue. MRI is the best imaging technique for studying brain tumors because it offers a more thorough image of internal anatomical features than other imaging techniques like Computed Tomography (CT). Initially, an anisotropic diffusion filter is used to denoise the MRI picture. The models are based on an open-access, clinically validated MRI dataset for brain tumor classification, containing 3,264 brain MRI scans. SMOTE (Synthetic Minority Over-sampling Technique) is a widely used approach for tackling class imbalance in datasets by generating synthetic samples to augment and balance the data. It is utilized for dataset augmentation and balancing. Convolutional Neural Networks (CNNs), including ResNet152V2, VGG, ViT, and EfficientNet, were utilized for the classification task. Among them, EfficientNet attained an accuracy of 98%, the highest recorded.
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