• 5 min read
How to Build a CPG Inventory Cataloging System
Learn how to build a Consumer Packaged Goods inventory management system with computer vision.
Blog
James Gallagher
James is a technical writer at Roboflow, with experience writing documentation on how to train and use state-of-the-art computer vision models.
Latest Posts by James Gallagher
• 5 min read
How to Build an Automated License Plate Reading Application
Learn how to build an automated license plate reading application with computer vision.
• 5 min read
Launch: Deploy PaliGemma Models with Roboflow
Learn how to deploy PaliGemma models with Roboflow.
• 5 min read
How to Augment Images for Image Segmentation
Learn how to generate augmented images for use in training instance segmenation models.
• 6 min read
Launch: Deploy Florence-2 with Roboflow
Learn how to deploy a Florence-2 model with Roboflow.
• 6 min read
How to Augment Images for Keypoint Detection
Learn how to augment images for use in keypoint detection datasets with Roboflow.
• 5 min read
How to Augment Images for Image Classification
Learn how to generate augmented images for use in image classification datasets.
• 6 min read
How to Augment Images for Object Detection
Learn how to generate augmented images for use in object detection datasets.
• 4 min read
Document Understanding with Multimodal Models
Learn how to use the PaliGemma multimodal model to ask questions about the contents of a document.
• 4 min read
Visual Question Answering with Multimodal Models
Learn how to use the PaliGemma multimodal model to ask questions about images.
• 5 min read
Understand Website Screenshots with a Multimodal Vision Model
Learn how to use the Florence-2 multimodal model to generate rich descriptions of website screenshots.
• 4 min read
How to Caption Images with a Multimodal Vision Model
Learn how to caption images using a multimodal vision model.
• 5 min read
How to Use Florence-2 for Optical Character Recognition
Learn how to use the Florence-2 model for Optical Character Recognition tasks.
• 5 min read
What Is Dense Image Captioning?
Learn what dense image captioning is and how to use the MIT-licensed Florence-2 model to generate dense image captions.
• 5 min read
Launch: Deploy YOLOv10 Models with Roboflow
Learn how to deploy a YOLOv10 model on Roboflow.
• 6 min read
How to Train a YOLOv10 Model on a Custom Dataset
Learn how to train a YOLOv10 model using a custom dataset.
• 5 min read
Launch: Computer Vision Model Monitoring with Roboflow
Learn how to use Roboflow's Model Monitoring solutions to monitor production vision model deployments at scale.
• 6 min read
Launch: Deploy YOLOv9 Models with Roboflow
Learn how to deploy YOLOv9 models in the cloud and on your own hardware with Roboflow.
• 3 min read
Launch: Run Vision Models on Multiple Streams
Learn how to deploy computer vision models on multiple streams concurrently with Roboflow Inference.
• 8 min read
How to Fine-tune PaliGemma for Object Detection Tasks
Learn how to fine-tune the PaliGemma multimodal model to detect custom objects.
• 5 min read
How to Detect Objects with YOLOv5
SUMMARY
YOLOv5 is an object detection model with an active deployment base, and Roboflow Inference provides a straightforward path to running it in production. This guide covers uploading a trained YOLOv5 model to Roboflow, then deploying it with the Inference SDK to run predictions on individual images and on live
• 9 min read
Ultimate Guide to Using CLIP with Intel Gaudi2
Learn how to use CLIP on the Intel Gaudi2 chip. This guide discusses training and deploying a custom CLIP model on Gaudi2.
• 5 min read
Launch: YOLO-World Support in Roboflow
Learn how you can use YOLO-World with Roboflow.
• 7 min read
Coffee Bean Inspection with Computer Vision
SUMMARY
This guide walks through building an instance segmentation model to detect stones (a physical defect) among roasted coffee beans, covering each step from collecting and labeling images in Roboflow to training the model and deploying it on local hardware using Roboflow Inference. The same workflow applies to detecting quakers
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