Eran Feit Blog posts

MediaPipe Image Segmentation Using DeepLabV3

Image Segmentation using Media-pipe DeepLabV3

Introduction MediaPipe image segmentation is a practical computer vision technique that allows separating foreground objects from the background at the pixel level.Instead of relying on bounding boxes or simple color thresholds, segmentation classifies every pixel in the image, making it ideal for background removal, background blur, and visual effects. With MediaPipe, image segmentation becomes accessible […]

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How to Use UNETR for Multiclass Image Segmentation

multiclass image segmentation

Introduction Multiclass image segmentation is a powerful deep learning approach that allows us to separate an image into multiple meaningful regions, where each pixel is assigned to a specific category. Instead of simply deciding whether a pixel belongs to an object or not, multiclass image segmentation goes further and recognizes several different classes within the

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Hair segmentation using Transformers | UNETR Image Segmentation

unetr image segmentation

Unetr image segmentation represents a cutting-edge approach in computer vision that combines the power of transformer architectures with the task of pixel-level segmentation. Traditional convolutional neural networks (CNNs) like U-Net have been the standard for segmentation tasks for years, but transformers — originally developed for natural language processing — bring unique strengths, especially in capturing

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FasterViT Image Classification Using Custom Dataset | Star wars dataset

FasterViT image classification

🧠 Introduction — FasterViT Image Classification Using Custom Dataset FasterViT image classification using custom dataset represents a modern, efficient approach to training deep learning models that can recognize and categorize images from your own tailored collection of visual data. In a world where off-the-shelf datasets often don’t match specific application needs, applying models like FasterViT

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How to Use FasterViT for Image and video Classification

FasterViT image classification

Introduction — fastervit image classification tutorial A fastervit image classification tutorial introduces a powerful and efficient way to recognize visual patterns in images using modern deep learning techniques. FasterViT is a hybrid model that combines the strengths of convolutional neural networks (CNNs) with vision transformers to deliver both high accuracy and fast processing. For developers

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Amazing Guide to fine tune ConvNeXT Quickly

Fine tune Image Classificatrion using ConvNext for custom dataset

Introduction The term fine tune ConvNeXT refers to the process of adapting a powerful, pre-trained ConvNeXt model to excel at a specific task such as classifying dog breeds in your custom dataset. ConvNeXt itself is a modern convolutional neural network architecture that reimagines classic CNN designs using insights from Vision Transformers, giving it strong performance

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How to classify images using ConvNext | Easy tutorial

ConvNeXt image classification

Introduction ConvNeXt image classification is a powerful approach for teaching computers to recognize what appears inside images by using a modern deep-learning architecture. Instead of relying on hand-crafted rules, the model learns directly from large datasets and discovers the visual patterns that define objects, scenes, or categories. This makes ConvNeXt a flexible and accurate foundation

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How to Automate Image Labeling with OWLv2 | Easy tutorial

How to Automate Image Labeling with OWLv2

Introduction Automatic image labeling is one of the most exciting developments in modern computer vision. Instead of manually drawing bounding boxes, tagging objects, and maintaining large annotation teams, AI models can now scan an image and intelligently identify what’s inside it. This approach not only saves time but also makes it easier to build high-quality

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Easy Audio Classification with Transformers & Wav2Vec2

audio classification with transformers

Introduction Audio classification with transformers has become one of the most effective ways to understand and analyze sound using modern deep learning. Instead of relying on handcrafted audio features or traditional signal-processing pipelines, transformer-based models learn rich audio representations directly from raw waveforms. This approach allows models to capture both short-term acoustic patterns and longer

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How to Fine-tune Vision Transformer (ViT) on Your Own Dataset: A Complete Guide

fine tune vision transformer

Why Fine-tuning Vision Transformer (ViT) Is Better Than Training From Scratch To achieve state-of-the-art results in modern image classification, learning how to fine-tune Vision Transformer on custom dataset is a critical skill for any AI developer. While pre-trained models are powerful, specializing them for your specific data is what drives real-world performance. In this tutorial,

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