web tool
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Cook High Quality Custom GGUF Dynamic Quants Online
Read Full Article: Cook High Quality Custom GGUF Dynamic Quants Online
A new web front-end has been developed to simplify the process of creating high-quality dynamic GGUF quants, eliminating the need for command-line interaction. This browser-based tool allows users to upload or select calibration/deg CSVs, adjust advanced settings through an intuitive user interface, and quickly export a custom .recipe tailored to their hardware. The process involves three easy steps: generating a GGUF recipe, downloading the GGUF files, and running them on any GGUF-compatible runtime. This approach makes GGUF quantization more accessible by removing the complexities associated with terminal use and dependency management. This matters because it democratizes access to advanced quantization tools, making them usable for a wider audience without technical barriers.
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Imflow: Minimal Image Annotation Tool Launch
Read Full Article: Imflow: Minimal Image Annotation Tool Launch![[P] Imflow - Launching a minimal image annotation tool](https://www.tweakedgeek.com/wp-content/uploads/2025/12/featured-article-6365-300x171.png)
Imflow is a newly launched minimal web tool designed to streamline the image annotation process, which can often be tedious and slow. It allows users to create projects, batch upload images, and manually draw bounding boxes and polygons. The tool features a one-shot auto-annotation capability that uses OWL-ViT-Large to suggest bounding boxes across batches based on a single reference image per class. Users can review and filter these proposals by confidence, with options to export annotations in various formats like YOLO, COCO, and Pascal VOC XML. While still in its early stages with some limitations, such as no instance segmentation or video support, Imflow is currently free to use and invites feedback to improve its functionality. This matters because efficient image annotation is crucial for training accurate machine learning models, and tools like Imflow can significantly reduce the time and effort required.