Eran Feit

Eran Feit is a Computer Vision Engineer, AI Researcher, and Deep Learning Educator with over a decade of hands-on experience in the tech industry. Specializing in object detection, edge AI deployment, and advanced neural network architectures, Eran bridges the gap between complex AI theory and practical implementation. He is dedicated to empowering the global developer community through comprehensive, code-driven tutorials and guides.

One-Click Segment Anything in Python (SAM ViT-H)

Image Segmentation, Pytorch /
Segment Anything with One mouse click

Segment Anything in Python — Fast, One-Click Results Segment Anything in Python lets you segment any object with a single click using SAM ViT-H, delivering three high-quality masks instantly.In this tutorial, you’ll set up the environment, load the checkpoint, click a point, and export overlays—clean, practical code included.Whether you’re labeling datasets or prototyping, this one-click […]

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Segment Anything Python — No-Training Image Masks

Image Segmentation, Pytorch, VIT /
Segment Anything Python

Why Segment Anything (SAM) is a Game-Changer for Python Developers Generating high-quality training data is often the biggest bottleneck in computer vision. In this Segment Anything Python tutorial, you will solve the problem of manual image labeling by leveraging Meta’s SAM model to produce pixel-perfect masks instantly. Instead of spending weeks annotating datasets or training

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Segment Anything Tutorial: Fast Auto Masks in Python

Image Segmentation, Pytorch, VIT /
Automated Mask Generation using Segment Anything

Getting comfortable with the plan This guide focuses on automatic mask generation using Segment Anything with the ViT-H checkpoint.You’ll start by preparing a reliable Python environment that supports CUDA (if available) for GPU acceleration.Then you’ll load the SAM model, configure the automatic mask generator, and select an image for inference.Finally, you’ll visualize the annotated results,

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Detectron2 custom dataset Training Made Easy

Image Segmentation /
etectron2 custom dataset

Detectron2 custom dataset training means taking your own images (not COCO), labeling them with polygon masks, registering them in Detectron2, and fine-tuning Mask R-CNN so it can detect and segment your specific objects.In this tutorial, we’ll walk through that full process using a fruit dataset (apples, bananas, grapes, strawberries, oranges, lemons): annotation, COCO export, dataset

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Detectron2 Panoptic Segmentation Made Easy for Beginners

Image Segmentation /
Panoptic Segmentation

Understanding a visual scene requires more than just drawing boxes around cars; it requires identifying every pixel, from the individual vehicles to the road and sky. In this Detectron2 Panoptic Segmentation Python Tutorial, you will solve the complex problem of ‘complete scene understanding.’ While instance segmentation tracks objects (things) and semantic segmentation labels regions (stuff),

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Make Instance Segmentation Easy with Detectron2

Image Segmentation /
Detectron2 instance segmentation

Introduction – Detectron2—what it is and why it’s useful Detectron2 is Facebook AI Research’s modern computer-vision framework built on PyTorch.It focuses on object detection, instance segmentation, semantic segmentation, panoptic segmentation, and keypoint detection.Think of it as a toolkit of proven research models plus a clean training and inference engine.You get state-of-the-art architectures, strong defaults, and

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Complete YOLOv8 Classification Tutorial for Beginners

Image Classification /
YOLOv8 classification

Introduction — Understanding YOLOv8 Classification Image classification is the simplest of the three tasks and involves classifying an entire image into one of a set of predefined classes. The output of an image classifier is a single class label and a confidence score. Image classification is useful when you need to know only what class an

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YOLOv8 Tutorial : Build a Car Image Classifier

Image Classification /
YOLOv8 image classification

Understanding YOLOv8 — The Next Generation of Object and Image Classification YOLOv8, developed by Ultralytics, represents the latest evolution of the renowned “You Only Look Once” family of deep learning models for object detection, segmentation, and classification.It’s a highly efficient, real-time architecture that balances speed, accuracy, and ease of use, making it one of the

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YOLOv5 Image Classification — Complete Tutorial

Image Classification /
YOLOv5 image classification

Introduction — Why Use YOLOv5 for Image Classification? When most developers hear “YOLO,” they think of real-time object detection — boxes around cars, people, or animals.But in recent versions, YOLOv5 introduced something equally powerful: YOLOv5-cls, a classification-only mode designed to label entire images instead of detecting objects. In this mode, YOLOv5 combines the same speed

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VGG19 Transfer Learning Explained for Beginners

Image Classification /
Vgg19 transfer learning

Introduction — Understanding the Power of VGG19 Transfer Learning Transfer learning has become one of the most effective techniques in deep learning for achieving great accuracy without starting from scratch.In this tutorial, we’ll explore how to apply VGG19 transfer learning using TensorFlow and Keras on an Aerospace Images dataset — a collection of aircraft, balloons,

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Eran Feit