Albumentations on GitHub in Industrial and manufacturing
Used in 96 public GitHub repositories
Manufacturing, quality inspection, defect detection, and industrial anomaly detection.

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An anomaly detection library comprising state-of-the-art algorithms and features such as experiment management, hyper-parameter optimization, and edge inference.
5,818 stars962 forksKaggle Segmentation Challenge
265 stars58 forksOfficial implementation of SuperSimpleNet [ICPR 2024, JIMS 2025]
166 stars32 forksThe dataset I am using is NEU-DET, which uses yolov8 and its improved models (including Coordinate Attention and Swin Transformer) for defect detection
143 stars19 forksThis project is about detecting defects on steel surface using Unet. The dataset used for this project is the NEU-DET database.
138 stars33 forksCurated collections of sample applications designed to help you develop optimized AI solutions. Tailored to specific use cases, covering retail, manufacturing, metro, and media & entertainment.
110 stars147 forksPipeline training and inference Anomalib models UI in Anomaly Detection
109 stars16 forksCode underlying our publication "Modeling the Distribution of Normal Data in Pre-Trained Deep Features for Anomaly Detection" at ICPR2020
105 stars17 forks[CVPR 2025] | Wavelet and Prototype Augmented Query-based Transformer for Pixel-level Surface Defect Detection
95 stars8 forksUninformed Students: Student-Teacher Anomaly Detection with Discriminative Latent Embeddings
88 stars19 forks[NeurIPS 2025] Pytorch Implementation for NeurIPS 2025 paper: ADPretrain: Advancing Industrial Anomaly Detection via Anomaly Representation Pretraining
71 stars7 forksReconstruction by Inpainting Based Anomaly Detection
69 stars12 forksCan you detect and classify defects in steel? Segmentation in Pytorch
68 stars15 forks使用yolov10目标检测模型进行电路板缺陷检测 | Using yolov10 for circuit board (PCB) defect detection
68 stars13 forksThis Repository contain the PyTorch implementation of the multi-class unsupervised anomaly detection method, accepted in CVPR2025: "Correcting Deviations from Normality: A Reformulated Diffusion Model for Unsupervised Anomaly Detection."
64 stars7 forksDetect Defects in Products from their Images using Amazon SageMaker
61 stars26 forksLightweight Rail Surface Defect Detection Algorithm Based on an Improved YOLOv8
56 stars7 forksWorkshop showcasing how to run defect detection using computer vision at the edge with Amazon SageMaker
54 stars22 forksMy solution to the Severstal: Steel Defect Detection on Kaggle, which got the 96th place. (Top4%)
53 stars14 forksSteel defect detection system based on improved YOLOv8 algorithm(基于改进YOLOv8算法的钢材瑕疵辅助检测系统)
47 stars1 forks⚽ Deep ⚾ Learning 🥎 AOI PCBs is 🏀 an Automated 🏈 Optical 🎳 Inspection ⛸ system Printed 🎮 Circuit Boards ✈ using Deep 🚀 Learning 🚁 YOLO It enables 🚢 real time 🛸 defect detection 🛥 of critical PCB 🚈 issues like 🚒 missing holes 🚞 mouse bites 🏦 shorts and 🧱 spurs improving 🫑 manufacturing 🍅 accuracy reducing 🍏 human inspection errors
43 stars0 forksThis is a object detection dataset for PCBA defect detection
42 stars5 forksPaDiM: a Patch Distribution Modeling Framework for Anomaly Detection and Localization
41 stars4 forks玻璃绝缘子缺陷检测
36 stars2 forksThis repository contains source code, program, experimental results of the paper entitled 'A YOLO-based Real-time Manufacturing Packages Quality Prediction System'
33 stars6 forks针对NEU-DET数据集的钢材缺陷检测
31 stars2 forksDefFiller Mask-conditioned Generation with Diffusion Prior for Saliency-based Steel Surface Defect Detection
31 stars1 forksExercise: Use YOLO to detect hot-rolled steel strip surface defects (NEU-DET dataset).
30 stars1 forksDefectNet: Towards Fast and Effective Defect Detection
24 stars8 forksThis repo contains implementation of deep learning-based steel surface defect segmentation models. Extensive experiments on several deep learning frameworks have been presented with various performance analysis and comparison.
24 stars3 forksTrain and test image anomaly detection models with Anomalib. Examples on a custom dataset
21 stars0 forks[Pattern Recognition] Official implementation of the paper "CANet: Contextual Information and Spatial Attention Based Network for Detecting Small Defects in Manufacturing Industry"
19 stars2 forks描述: 这是一个深度学习项目,利用 HRNet 和 FPN 架构进行钢材表面缺陷检测。本项目针对噪声较大的比赛数据进行了优化,包括椒盐噪声模拟和拼接数据处理,采用自定义增强技术、高级损失函数及多尺度特征融合。仓库包含训练脚本、模型定义和评估指标。
16 stars1 forks- 15 stars6 forks
Collection of methods for the analysis of solar modules
14 stars1 forksOfficial implementation of "Bounding Box-Guided Diffusion for Synthesizing Industrial Images and Segmentation Map" accepted at Synthetic Data for Computer Vision Workshop - CVPR 2025
12 stars1 forksToolbox for Unsupervised Anomaly Detection on MVTec AD
11 stars1 forksThis repo contains implementation of semi-supervised defect segmentation based on pairwise similarity map consistency and ensemble-based cross pseudo labels
9 stars2 forks#39
hmyao22/PSA
Implementation for paper:"Scalable Industrial Visual Anomaly Detection with Partial Semantics Aggregation Vision Transformer"
9 stars1 forksReinforcement Learning, specifically Deep Q-Networks, was applied to semiconductor manufacturing data to efficiently identify substandard products, with a model optimized using the F1-Metric achieving 87% accuracy and a 22.4% time-saving, highlighting RL's potential in enhancing manufacturing processes.
8 stars1 forksThe project on the path to develop automation of post-processing in additive manufacturing
8 stars0 forksAnomalib inference with TensorRT (python).
5 stars0 forksThe implementation for the paper "XEdgeAI: A Human-centered Industrial Inspection Framework with Data-centric Explainable Edge AI Approach"
4 stars1 forksIn this repository, I have made a simple UNet architecture for detection and segmentation of defects on steel surface images. The dataset has been downloaded from kaggle.
4 stars1 forksSolution for the Severstal Steel Defect Detection Challenge
4 stars1 forks基于 OpenVINO 的无监督缺钱检测系统 Demo
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The project is about detecting defects on potatoes using RGB images and a deep learning classification model.
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This project pioneers a machine vision solution for automated manufacturing quality control, mitigating human errors and fatigue. Leveraging cameras and algorithms, the system detects defects, boosting productivity and cutting operational costs. Ideal for industries prioritizing efficient and precise defect identification in production.
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A CNN-based workflow for detecting cracks and pores in tomography data of LPBF additive manufacturing metallic sample
2 stars0 forksDefect detection prototype and baseline for X4Vision
2 stars0 forksSeverstal: Steel Defect Detection
1 stars1 forksThis PCB defect detection system uses PyTorch and a Kaggle dataset to identify defects in printed circuit boards. It employs advanced computer vision techniques with preprocessing, data augmentation, and evaluation pipelines, ensuring efficient and accurate defect classification.
1 stars0 forkshis application leverages a Faster R-CNN object detection model to identify defects on Printed Circuit Boards (PCBs). By uploading your custom trained model and a dataset of PCB images, you can visualize, test, and even run real-time detection.
1 stars0 forksmetal surface detection using yolov5
1 stars0 forksComputer vision notebooks for Severstal steel defect detection and segmentation experiments.
1 stars0 forksThis project uses machine learning to detect anomalies in silicon wafers. It employs DBSCAN clustering and a Gradio interface for user interaction, enabling automated defect detection and enhancing quality control in semiconductor manufacturing
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Forked from openvinotoolkit/anomalib
1 stars0 forksThis project aims to detect the Anomalies present on the objects.
1 stars0 forks"PCB Defect Detection using Computer Vision and Genetic Algorithms" uses image analysis to identify flaws in printed circuit boards, like missing components or misalignments. Genetic algorithms optimize detection, improving accuracy and efficiency in the inspection process.
1 stars0 forksA tensorflow dataset builder for semantic defect segmentation datasets like MVTEC and VisA. Includes options to generate synthetic anomalies
1 stars0 forksAn AI-powered defect detection system that automatically identifies and segments manufacturing flaws using deep learning for quality control automation
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my engineering final project: development of visual inpection system for water bottle based on deep learning (transfer learning)
0 stars1 forksCode of Steel Defect Detection semantic segmentation.
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基于SegFormer的工业纯铁金相缺陷分割系统,使用定位令牌和记忆引导的伪标签来提高分割精度。
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An anomaly detection library comprising state-of-the-art algorithms and features such as experiment management, hyper-parameter optimization, and edge inference.
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try the app at the link below
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Anomalib can run in this setting, details can be read in requirements.
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"Operation FractureScope" – Industrial Anomaly Detection in Harsh Environments
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End-to-end industrial defect inspection (NEU classification + MVTec anomaly/segmentation) with reproducible training/evaluation and a Streamlit demo.
0 stars0 forksAn anomaly detection library comprising state-of-the-art algorithms and features such as experiment management, hyper-parameter optimization, and edge inference.
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An anomaly detection library comprising state-of-the-art algorithms and features such as experiment management, hyper-parameter optimization, and edge inference.
0 stars0 forksCurated collections of sample applications designed to help you develop optimized AI solutions. Tailored to specific use cases, covering retail, manufacturing, metro, and media & entertainment.
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Curated collections of sample applications designed to help you develop optimized AI solutions. Tailored to specific use cases, covering retail, manufacturing, metro, and media & entertainment.
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