Expand description
Real-time Adaptive Error Correction with Machine Learning
This module implements machine learning-driven adaptive error correction that learns from error patterns in real-time to optimize correction strategies. The system uses various ML techniques including neural networks, reinforcement learning, and online learning to continuously improve error correction performance.
Key features:
- Real-time syndrome pattern recognition using neural networks
- Reinforcement learning for optimal correction strategy selection
- Online learning for adaptive threshold adjustment
- Ensemble methods for robust error prediction
- Temporal pattern analysis for correlated noise
- Hardware-aware correction optimization
Structs§
- Adaptive
Correction Result - Result of adaptive error correction
- AdaptiveML
Config - Adaptive error correction configuration
- AdaptiveML
Error Correction - Adaptive ML error correction system
- Correction
Metrics - Performance metrics for error correction
- Error
Correction Agent - Reinforcement learning agent for error correction
- Feature
Extractor - Feature extractor for syndrome analysis
- Syndrome
Classification Network - Neural network for syndrome classification
- Training
Example - Training example for supervised learning
Enums§
- Feature
Extraction Method - Feature extraction method for syndrome analysis
- Learning
Strategy - Learning strategy for adaptive correction
- MLModel
Type - Machine learning model type for error correction
Functions§
- benchmark_
adaptive_ ml_ error_ correction - Benchmark adaptive ML error correction