Eran Feit Blog posts

How to Train ConvNeXt in PyTorch on a Custom Dataset

ConvNext

ConvNeXt has become one of the most practical “modern CNN” choices when you want strong accuracy without giving up the speed and simplicity that make convolutional networks so useful in real projects. This article is about training ConvNeXt in PyTorch on a custom dataset—the kind you actually have in day-to-day work: folders of images organized […]

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CNN Image Classification TensorFlow: 30 Musical Instruments

cnn image classification tensorflow

This article is about building a cnn image classification tensorflow project that can recognize 30 different musical instruments from images, end-to-end. You’ll go from a folder-based dataset to a trained model that can predict the instrument in a new photo, all using a clean, practical workflow. If you’re learning computer vision, it’s easy to get

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Generate synthetic images for image classification in Python

generate synthetic images for image classification

This article explains how to generate synthetic images for image classification using Python, Hugging Face Diffusers, and Stable Diffusion. It focuses on building a practical workflow that turns text prompts into high-quality training images, helping developers and researchers create datasets without scraping the web or manually collecting photos. By following a reproducible pipeline, you can

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Transfer learning using Xception | ship classifier

xception transfer learning tensorflow

Xception Transfer Learning Tensorflow is the fastest way to build a strong ship image classifier without training a deep network from scratch. In this tutorial, you’ll train Xception on ship categories like Cargo, Military, Carrier, Cruise, and Tankers using a full end-to-end TensorFlow pipeline. In this article, you’ll build a practical ship image classification project

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MediaPipe image classifier Python with EfficientNet-Lite0

mediapipe image classifier python

Ever wanted a quick way to recognize what’s inside a photo without training a model or building a huge pipeline.This article is about running MediaPipe image classifier Python code end-to-end, using a lightweight EfficientNet-Lite0 TensorFlow Lite model to classify a real image in seconds. The real value here is that you get a working, practical

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Brain Tumor Segmentation with YOLOv11 in Python

Brain Tumor Segmentation

Brain Tumor Segmentation with YOLOv11 in Python: What You’ll Build This article walks through a complete, practical workflow for brain tumor segmentation using YOLOv11 and Python, from environment setup and training to inference and mask export.Instead of stopping at “the model predicts something,” you’ll go all the way to saving individual segmentation masks, combining them

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How to UNet Image Segmentation TensorFlow on Custom Data | Dolphin Segmentation

unet image segmentation tensorflow

U-Net image segmentation in TensorFlow is a go-to approach when you need pixel-level predictions, not just a single label per image.Instead of asking “is there a dolphin in this photo,” segmentation asks “which exact pixels belong to the dolphin,” producing a mask that matches the object shape. TensorFlow/Keras makes this workflow accessible because you can

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I tried the Ultralytics SAM2 tutorial with YOLO11. Here’s what happened.

ultralytics sam2 tutorial

Ultralytics SAM2 Tutorial, Explained Like You’d Code It An ultralytics sam2 tutorial is really about one idea: using a strong detector to tell SAM2 “where to look,” then letting SAM2 handle the hard part—drawing object boundaries.In this pipeline, YOLO11 produces bounding boxes for each image, and those boxes become box prompts for SAM2.1.This is a

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Here’s What Combining YOLOv11 with SAM2 Taught Me About Segmentation

teeth segmentation

Building a practical teeth segmentation pipeline with YOLOv11 + SAM2 This article is about automating teeth segmentation so you can generate accurate masks without hand-drawing pixel labels for every dental image.That matters because segmentation projects often fail at the dataset stage, where annotation time and inconsistency become the biggest bottlenecks. The article walks through a

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Eran Feit