๐ Just completed a full End-to-End Image Classification project on Intel's Natural Scenes Dataset!
As a Data Scientist & ML Engineer, I built a complete pipeline that automatically identifies 6 types of natural scenes โ Buildings, Forest, Glacier, Mountain, Sea & Street โ from raw images.
๐ What I did:
โ Exploratory Data Analysis (EDA) โ class distributions, brightness/contrast stats, color histograms
โ Data Augmentation โ rotation, zoom, flip, brightness tuning to prevent overfitting
โ Built & compared 4 Deep Learning models:
๐น Simple CNN (Baseline)
๐น Deep Custom CNN with BatchNorm Dropout
๐น VGG16 Transfer Learning (freeze fine-tune)
๐น MobileNetV2 Transfer Learning
โ Grad-CAM visualizations โ to explain WHAT the model actually sees
โ Confusion Matrix, Classification Report & Per-Class Accuracy
โ Final predictions exported as CSV with confidence scores
๐ Dataset: ~25,000 images | 6 classes | 150ร150 px
๐ Best Model Accuracy: 94%
๐ก Key Takeaway:
Transfer Learning is a game-changer. MobileNetV2 & VGG16 significantly outperformed custom CNNs โ and Grad-CAM made the model explainable to non-technical stakeholders.
๐ If your business needs:
โ Image classification or object detection solutions
โ Computer Vision pipelines for automation
โ Explainable AI for stakeholder reporting
Let's connect and talk! ๐ฉ DM me or drop a comment below.
#MachineLearning#DeepLearning#ComputerVision#CNN#TransferLearning#ImageClassification#VGG16#MobileNetV2#GradCAM#Python#TensorFlow#Keras#DataScience#AI#NeuralNetworks#Kaggle#OpenToWork#MLEngineer#DataScientist#AIFreelancer#ClientWork#Portfolio#BuildInPublic#ArtificialIntelligence#MLOps#ExplainableAI#LinkedInLearning#TechPakistan#PakistaniDeveloper#FreelancePakistan
Learn how to build real-world AI systems from the SES โ OxML 2026.
Weโre excited to feature Noor Sajid (Harvard University), who will lead a hands-on session on building a Convolutional Neural Network (CNN) for image classification. Noor brings strong expertise in applied machine learning, with a focus on translating theory into practical, engineering-driven solutions.
In this session, youโll go beyond concepts and actually implement end-to-end pipelinesโcovering model design, training, and evaluation.
๐ 7โ9 & 15โ16 May (Online)
โ๏ธ Hands-on โข Engineering-driven โข End-to-end AI systems
๐จ Limited slots remaining
๐ oxfordml.school#MLxCases#OxML#CNN#ImageClassification Noor S.
New tutorial | Image classification with Ultralytics YOLO26 ๐ผ๏ธ
Train YOLO26 on the Caltech-256 dataset and evaluate performance using top-1 & top-5 accuracy.
Watch here โก๏ธ bit.ly/3NDkRey#YOLO26#computervision#imageclassification
How long does it take for an industrial-grade AI camera to learn โobject recognitionโ? #SenseCraft#reCamera: Just 3 minutes.
In the field of edge AI, enabling devices to quickly and accurately โrecognizeโ specific objects has always been a core challenge. Today, the SenseCraft AI platform officially announces support for the Recamera series of industrial-grade AI cameras, empowering this high-performance AI camera with robust image classification model training capabilities.
#EdgeAI#AIot#ImageClassification
๐ฃ Deal of the Day ๐ฃ Feb 20
HALF OFF new liveProject series!
Vision Models for Classification and YOLO Segmentation & selected titles: hubs.la/Q0440C840
For aspiring #machinelearning engineers, #AI-curious developers, and students looking to dive deep into #deeplearning through a fun, real-world project.
Help wildlife organizations automatically identify and monitor elephants in images! In this liveProject series, youโll build a custom CNN to classify Asian vs. African elephants, boost accuracy with transfer learning using #Xception and #MobileNet, and implement #YOLOv8#segmentation for precise detection and localization.
#ImageClassification#TransferLearning#ObjectDetection#NeuralNetworks
Convolutional Neural Network Natural Image Classification System
A full-scale CNN pipeline for image classification, from data preprocessing and augmentation to CNN architecture design, training, evaluation, and optimization.#ImageClassification#CNN#DeepLearning#NeuralNetworks
Computers can't "see" like us, so how do they recognize things? ๐ฆ๐ง
In this episode of Leaps to Learn, Pramesh Gautam, our Principal Engineer, AI, simplifies image classification, the technique that teaches models to identify what's in a picture by learning from labeled data.
Think of it as building a computer's visual "brain" by teaching it how to see. ๐๐
#LeapfrogTechnology#LeapsToLearn#imageclassification#data#AI
Day 3 of 40๐
- Had to fit my model again 'cause runtime disconnected while training it the last time.
- Made predictions on the test data.
(both took about an hour )
- Learnt a bit about model architecture and activation functions.
#40daysofcode#imageclassification#ai
Train Ultralytics YOLO11 on the ImageNet10 dataset!
A small-scale subset of ImageNet is designed for CI tests and quick training pipeline validation, while preserving the original datasetโs structure.
Learn more โก๏ธ ow.ly/BOif50VSnWi#ImageNet10#ImageClassification#AI