Classify images and retrieve cross-modal matches using CLIP embeddings.
npx skills add https://github.com/zangjeicy/Hermes --skill clip-zangjeicy
Please help me install this Agent Skill. Skill: clip Source: https://github.com/zangjeicy/Hermes/tree/main/optional-skills/mlops/clip Command: npx skills add https://github.com/zangjeicy/Hermes --skill clip-zangjeicy
This skill solves the disconnect between visual content and natural language, allowing you to search, classify, and moderate images using simple text queries without needing specialized training data.
Use the clip skill to classify the provided image into categories like dog, cat, or bird by running the zero-shot classification workflow.
High-intent search queries and answers about installing and using this skill.
Zero-shot image classification is achieved by computing high-dimensional vector similarity between image and text embeddings. This allows you to instantly categorize images into custom labels using simple text queries without needing specialized training data.
Semantic image search is performed using cross-modal retrieval to match descriptive text queries with visual content. It bridges vision and language models to find images based on semantic meaning rather than relying on filenames or tags.
Yes, torch and transformers can be used to perform automated content moderation. The models compute vector similarity between image embeddings and text descriptions to detect NSFW, violent, or graphic content in image libraries.
Cross-modal retrieval works by calculating high-dimensional vector similarity computations between image and text embeddings. This connects vision and language models to enable semantic search, content moderation, and visual question answering across diverse datasets.
Yes, pillow is required alongside torch and transformers to process images for visual question answering. These dependencies are necessary to handle image inputs and perform the high-dimensional vector similarity computations.
Zero-shot classification is not ideal when you need highly specialized domain accuracy requiring fine-tuned training data. It is designed for instant categorization into custom labels across diverse datasets rather than niche, domain-specific edge cases.
cxnaiveClassify images and retrieve cross-modal matches using OpenAI's CLIP model.
automatedigitalClassify images zero-shot and retrieve cross-modal matches via cosine similarity.
tangzheng202202Enables unflagged image classification and on-the-fly comparison via CLIP-based zero-shot learning.
Tommy-ywClassify images with OpenAI's CLIP model for zero-shot recognition.
