graph LR
Training_Evaluation_Orchestration["Training & Evaluation Orchestration"]
Recognition_Training_Orchestrator["Recognition Training Orchestrator"]
Segmentation_Training_Orchestrator["Segmentation Training Orchestrator"]
Learning_Rate_Scheduler["Learning Rate Scheduler"]
Training_Helper_Utilities["Training Helper Utilities"]
Training_Evaluation_Orchestration -- "delegates tasks to" --> Recognition_Training_Orchestrator
Training_Evaluation_Orchestration -- "delegates tasks to" --> Segmentation_Training_Orchestrator
Training_Evaluation_Orchestration -- "relies on" --> Learning_Rate_Scheduler
Training_Evaluation_Orchestration -- "utilizes" --> Training_Helper_Utilities
Recognition_Training_Orchestrator -- "calls" --> Learning_Rate_Scheduler
Recognition_Training_Orchestrator -- "utilizes" --> Training_Helper_Utilities
Segmentation_Training_Orchestrator -- "calls" --> Learning_Rate_Scheduler
Segmentation_Training_Orchestrator -- "utilizes" --> Training_Helper_Utilities
click Training_Evaluation_Orchestration href "https://github.com/CodeBoarding/GeneratedOnBoardings/blob/main/PyTorch-Encoding/Training_Evaluation_Orchestration.md" "Details"
The Training & Evaluation Orchestration subsystem encompasses the core logic for managing the entire machine learning model training and evaluation lifecycle. Its boundaries are defined by the high-level coordination of distributed training, data flow, model execution, optimization, and logging, delegating specific tasks to specialized orchestrators and utility components.
Training & Evaluation Orchestration [Expand]
The primary coordinator overseeing the entire training and evaluation pipeline. It sets up distributed training, manages data flow, orchestrates model execution, optimization, and logging. It acts as a high-level dispatcher for specific training tasks.
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Manages the distributed training and validation lifecycle specifically for recognition models. This includes setting up the environment, running training epochs, and coordinating validation steps tailored for recognition tasks.
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Orchestrates distributed training and evaluation specifically for segmentation models. It handles the setup and execution of training and validation phases, adapting to the unique requirements of segmentation tasks.
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Dynamically adjusts the learning rate of the optimizer during training based on a predefined schedule or adaptive strategy. This is crucial for achieving stable and efficient model convergence.
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Provides auxiliary functions and utilities that support various aspects of the training process, particularly in data preparation, augmentation (e.g., mixup_loader), and other common training operations.
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