High-quality Computer Vision Dataset to Train Your AI Model

Description: The "Clothes Segmentation Dataset" is crafted for the e-commerce, fashion, and visual entertainment sectors, incorporating a wide array of internet-collected images with resolutions ranging from 183 x 275 to 3024 x 4032 pixels. This dataset specializes in contour and semantic segmentation, featuring around 30 target categories including clothing items, accessories, and body parts, facilitating detailed analysis and application in fashion technology.

Description: The "Clothing Classification Dataset" is an essential resource for the fashion, e-commerce, and digital marketing industries, aiming to streamline the online shopping experience. This dataset encompasses a wide array of clothing items collected from the internet, covering various scenarios such as e-commerce websites, fashion shows, social media platforms, and offline user-generated content. It's designed to support the development of sophisticated algorithms for clothing classification, trend analysis, and personalized recommendation systems.

Description: The "Clothing Keypoints Dataset" aims to enhance the precision of fashion-related AI applications by providing a large-scale collection of images for keypoint detection tasks. This dataset includes internet-collected images that span a wide array of scenarios, including e-commerce platforms, fashion shows, social media, and offline user-generated content. It is meticulously annotated to identify keypoints on clothing items, facilitating the development of algorithms for pose estimation, size fitting, style matching, and interactive shopping experiences. The dataset includes classified labels, bounding boxes, and keypoints for 80 different clothing types, making it a comprehensive resource for improving the accuracy and reliability of fashion AI systems.

Description: The "Clothing Pattern Classification Dataset" is specifically designed to address the needs of the fashion industry, focusing on the classification of various clothing patterns. This dataset gathers internet-collected images that showcase clothing from different scenarios such as e-commerce platforms, fashion shows, social media, and offline user-generated content. It aims to facilitate the development of AI models that can accurately recognize and classify over 30 common clothing patterns, enhancing online shopping experiences and supporting trend analysis.

Description: The "Clothing Segmentation and Fabrics Classification Dataset" merges the complexity of clothing segmentation with the specificity of fabric classification, offering a dual-purpose dataset for the fashion industry. It includes internet-collected images from a variety of sources such as e-commerce websites, fashion shows, social media, and offline user-generated content. The dataset is structured to support the development of AI models that can perform both detailed segmentation of clothing items and classify them into 11 common fabric categories, encompassing 80 distinct clothing types. This dual approach aims to enhance online shopping experiences by providing detailed insights into the type of clothing and fabric, facilitating better inventory management and personalized shopping recommendations.

Description: The "Clothing Segmentation Dataset" is designed to propel the capabilities of AI in the fashion industry by providing a comprehensive collection of images for semantic segmentation tasks. This dataset encompasses internet-collected images from various scenarios such as e-commerce platforms, fashion shows, social media, and offline user-generated content. It focuses on enabling precise segmentation of clothing items, including main human parts, clothing pieces, and accessories, to support the development of advanced AI models for automated image analysis and product categorization.

Description: The "E-commerce Product Dataset" is a comprehensive collection tailored for the e-commerce sector, featuring a wide range of products from 16 main categories including shoes, hats, bags, furniture, digital products, jewelry, and more. With over 200k SKUs, this dataset is equipped with bounding boxes and category tags, making it a pivotal resource for product classification and inventory management.

Description: The "Full Body Clothing Classification Dataset" is specifically curated to support the advancement of AI in recognizing and classifying full-body clothing from a wide range of internet-collected images. With a focus on high-resolution images, specifically 768 x 1024 pixels, this dataset aims to enhance the precision in classifying full-body attire into major categories such as tops, pants, and skirts, further delineating into 30 sub-categories including jackets, sportswear, baseball uniforms, sweaters, sweatpants, jeans, and half skirts, among others. This dataset is designed to facilitate the development of sophisticated AI models that can accurately classify complex clothing types in full-body images, thereby improving the efficiency and user experience of online fashion retail.

Description: The "Model Clothing Segmentation Dataset" is curated for the e-commerce & retail sector, featuring a collection of internet-collected images with a resolution of 816 x 1224 pixels. This dataset focuses on semantic segmentation of high-resolution images showcasing models in various outfits, encompassing male, female, and children's wear, to accurately reflect real human silhouettes. The annotations include detailed segmentation of the clothing worn by the models, such as hats, shoes, tops, and bottoms.

Description: The "Person And Clothes Semantic Segmentation Dataset" is designed for the e-commerce, fashion, and media & entertainment industries, featuring a diverse range of internet-collected images with resolutions spanning from 92 x 153 to 3024 x 5381 pixels. This dataset offers detailed instance and semantic segmentation of clothing items and body parts, including new categories like hats, gloves, and shoes, supporting various applications in online retail and fashion technology.

Description: The "Scarf Segmentation Dataset" is curated for the apparel and fashion industries, comprising internet-collected images with resolutions ranging from 504 x 678 to 192 x 2880 pixels. This dataset is dedicated to contour segmentation, focusing on the high-precision delineation of scarf areas, supporting detailed analysis and design applications in fashion technology.