PROJECT CASE STUDY // TECHNICAL NARRATIVE

CNN Visualizer

Interactive Web Dashboard for Neural Network Feature Map & Weight Inspection

YOUR ROLE & SCOPECreator & ML Engineer
TIMELINE3 Weeks
CORE CONSTRAINTSZero-latency visual rendering during layer-by-layer feature map inspection
error_outline

1. THE PROBLEM

Deep learning models are notoriously black boxes. Students and engineers struggle to visualize how convolutional layers extract low-level edges and high-level semantic features.

architecture

2. TECHNICAL APPROACH & DECISIONS

1Dynamic Intermediate Activation Extraction

✓ DECISION CHOSEN

Constructed Keras sub-models dynamically to output activation matrices for every intermediate Conv2D and MaxPooling layer.

✕ REJECTED ALTERNATIVE

Pre-rendering static activation plots

Dynamic extraction enables users to upload custom images and inspect real-time feature transformations across arbitrary neural network architectures.

balance

3. TRADE-OFFS & HONEST REFLECTION

High-resolution feature map rendering consumes RAM on large images. Implemented spatial downsampling on feature maps > 512x512 to preserve browser performance.

task_alt

4. CONCRETE OUTCOME & METRICS

Built an interactive model interpretability tool used by classmates to understand CNN feature hierarchies.

Real-Time Layer Weight InspectionInteractivity
TensorFlow & KerasFramework
Explore Project Sources
Review live deployment or inspect codebase on GitHub.