Topic hub
Deep Learning / CNN Tutorials
A focused learning hub for neural network basics, CIFAR-10 Tiny CNN, convolution, pooling, softmax, and backpropagation.
Built for readers searching for CIFAR-10 CNN tutorials, small CNN image classification, CNN architecture explanations, and backpropagation basics.
What you will build
You will build a small CNN image classifier and understand its input format, architecture, training output, and common errors.
Recommended reading order
Start with concepts, then move into runnable projects
Neural Network Basics
Move from perceptrons to activation, forward propagation, backpropagation, and training loops.
CIFAR-10 Tiny CNN Tutorial in C
Build and train a small convolutional neural network for CIFAR-10 image classification, then read its loss and accuracy output.
Model Training and Evaluation
Understand loss, overfitting, train/test splits, accuracy, recall, and F1.
Resources and distribution assets
Code, data, diagrams, and share assets in one place
AI Learning Project / CODE
cifar10_tiny_cnn.c source
Single-file C tiny CNN with CIFAR-10 loading, convolution, pooling, softmax, and backpropagation.
AI Learning Project / DATASET
model_weights.bin sample weights
Model weights generated by one local small-sample run.
AI Learning Project / DATASET
test_predictions.csv sample predictions
Sample test prediction output from the CIFAR-10 tiny CNN.
AI Learning Project / DIAGRAM
CNN project explanation PDF
Companion explanation material for the CNN project.
AI Learning Project / SOCIAL
Deep Learning topic share card
A 1200x630 SVG card for sharing the Deep Learning / CNN topic hub.
Site Building Project / VIDEO
SEO distribution short-video storyboards
Four 45-60 second storyboard scripts ready for later Remotion production.
FAQ
Direct answers to common search questions
Is this hub suitable without prior deep learning experience?
Yes, if you have programming basics. Start with neural network basics before the CIFAR-10 Tiny CNN tutorial.
Why use C for the first CNN instead of only PyTorch?
The C version exposes data layout, convolution loops, and parameter updates, which makes it useful before relying on a framework.
