Model ArchitectureDeep Dive
Understanding the neural network architecture that powers our object detection capabilities
Input Processing
Multi-scale feature extraction with adaptive pooling
- RGB image normalization
- Multi-resolution feature maps
- Channel-wise attention mechanisms
Backbone Network
EfficientNet-B4 with compound scaling for optimal performance
- Compound scaling (depth, width, resolution)
- MBConv blocks with squeeze-excitation
- Progressive resolution reduction
Feature Pyramid Network
Multi-scale feature fusion for robust detection
- Top-down pathway with lateral connections
- Feature map fusion at multiple scales
- Context aggregation across resolutions
Detection Head
Anchor-free detection with centerness prediction
- Center-based object detection
- Heatmap prediction for object centers
- Size-aware bounding box regression
Technical Challenges &Solutions
Overcoming real-world computer vision challenges through innovative engineering
Real-time Performance
Model quantization and TensorRT optimization
Scale Invariance
Multi-scale training and test-time augmentation
Occlusion Handling
Part-based detection and context modeling
Lighting Variations
Adaptive normalization and illumination modeling
Implementation DetailsImplementation Details
Data Preparation
Dataset curation, preprocessing, and augmentation
Technologies:
Model Training
Distributed training with hyperparameter optimization
Technologies:
Inference Optimization
Real-time deployment with performance optimization
Technologies:
Production Deployment
Scalable API deployment with monitoring
Technologies:
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