π Eye Disease Image Dataset
βA dataset of color fundus images of eye diseases
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βοΈ https://t.me/datasets1
βA dataset of color fundus images of eye diseases
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A total of 5335 images of healthy and affected eye images were collected from Anwara Hamida Eye Hospital in Faridpur and BNS Zahrul Haque Eye Hospital in Faridpur district with the help of the hospital authorities. Then from these original images, a total of 16242 augmented images are produced by using Rotation, Width shifting, Height shifting, Translation, Flipping, and Zooming techniques to increase the number of data.
Worldwide, eye ailments are recognized as significant contributors to nonfatal disabling conditions. In Bangladesh, 1.5% of adults suffer from blindness, while 21.6% experience low vision. Therefore, eye disease detection is crucial for preserving vision, preventing blindness, and maintaining overall health. Early detection allows for prompt intervention and treatment, preventing irreversible damage and preserving quality of life.
βοΈ https://t.me/datasets1
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πBird vs Drone
βDistinguishing the Skies: A Dataset for Drone vs Bird Classification
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βοΈ https://t.me/datasets1
βDistinguishing the Skies: A Dataset for Drone vs Bird Classification
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YOLO-based Segmented Dataset for Drone vs. Bird Detection for Deep and Machine Learning Algorithms
Formatted in accordance with the YOLOv7 PyTorch specification, the dataset is organized into three folders: Test, Train, and Valid. Each folder contains two sub-foldersβImages and Labelsβwith the Labels folder including the associated metadata in plaintext format. This metadata provides valuable information about the detected objects within each image, allowing the model to accurately learn and detect drones and birds in varying circumstances. The dataset contains a total of 20,925 images, all with a resolution of 640 x 640 pixels in JPEG format, providing comprehensive training and validation opportunities for machine learning models.
βοΈ https://t.me/datasets1
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Bird vs Drone.zip
1.1 GB
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Kaggle Data Hub
Bird vs Drone.zip
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If you've worked on an interesting project with this dataset, weβd be happy to share your notebook or GitHub link with us. Weβd love to feature your project on the DataScienceN channel so others can benefit from it and give you stars or feedback. This is a great opportunity for your project to get more visibility and be useful to everyone!
If you've worked on an interesting project with this dataset, weβd be happy to share your notebook or GitHub link with us. Weβd love to feature your project on the DataScienceN channel so others can benefit from it and give you stars or feedback. This is a great opportunity for your project to get more visibility and be useful to everyone!
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Explore the world of Data Science through Jupyter Notebooksβinsights, tutorials, and tools to boost your data journey. Code, analyze, and visualize smarter with every post.
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πEmotions dataset
βEmotions dataset for NLP classification tasks
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βοΈhttps://t.me/datasets1
βEmotions dataset for NLP classification tasks
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This dataset contains a collection of documents and their associated emotions, specifically designed for classification tasks in Natural Language Processing (NLP). The dataset includes a list of documents, each associated with a specific emotion label. It helps you develop machine learning models for identifying various emotions in text.
Dataset Contents:
A list of text documents with emotion labels
The dataset is split into three parts: training (Train), validation (Validation), and testing (Test) for building machine learning models.
βοΈhttps://t.me/datasets1
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Emotions.zip
721 KB
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πLabelled Faces in the Wild (LFW) Dataset
βOver 13,000 images of faces collected from the web
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βοΈhttps://t.me/datasets1
βOver 13,000 images of faces collected from the web
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The Labeled Faces in the Wild (LFW) dataset contains 13,233 images of faces from 5,749 different individuals, created for research in unconstrained face recognition. These images were gathered from the web and detected and centered using the Viola-Jones algorithm. The version used in this dataset is the deep-funneled version, in which the images are aligned in a specific way, and according to reports, it performs better in face verification algorithms. This dataset includes images and ten metadata files, which allow for training and testing models in two different modes (pairs of images or individual people). This collection was created by the University of Massachusetts, Amherst, and is considered one of the most widely used resources in the field of face recognition.
βοΈhttps://t.me/datasets1
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Faces.zip
112.4 MB
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Lie detection is the process of determining whether someone is being truthful or deceptive
Micro-expressions are very brief & tiny, facial expressions that occur in response to emotions. They typically last for only a fraction of a second, making them difficult to detect without careful observation. These expressions can reveal genuine emotions that a person might be trying to conceal or manage consciously.The brainβs limbic system, which is involved in emotional processing, plays a key role in generating micro-expressions. When a person experiences an emotion, the brain sends signals to facial muscles to express that emotion. Sometimes, these signals are so rapid and sensitive that they are not consciously controlled.Detecting micro-expressions requires careful observation and often specialized training.
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The Real to #Ghibli Image Dataset is a high-quality collection of 5,000 images designed for AI-driven style transfer and artistic transformations. This dataset is ideal for training GANs, CycleGAN, diffusion models, and other deep learning applications in image-to-image translation.It consists of two separate subsets:trainA (2,500 Real-World Images) β A diverse collection of human faces, landscapes, rivers, mountains, forests, buildings, vehicles, and more.
trainB_ghibli (2,500 Ghibli-Style Images) β Stylized images inspired by Studio Ghibli movies, including animated characters, landscapes, and artistic compositions.
Unlike paired datasets, this collection contains independent images in each subset, making it suitable for unsupervised learning approaches.
https://t.me/datasets1
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