Model Transfer Method
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A Model Transfer Method is a machine learning method that adapts knowledge from source models or domains to improve performance on target tasks or domains.
- AKA: Transfer Method, Knowledge Transfer Method, Domain Transfer Method.
- Context:
- It can typically reuse Source Model Knowledge through model transfer mechanisms.
- It can typically accelerate Target Task Learning via model transfer initializations.
- It can often mitigate Data Scarcity through model transfer knowledge leverages.
- It can often reduce Training Cost via model transfer computation reuses.
- It can range from being a Feature Transfer Method to being a Parameter Transfer Method, depending on its model transfer knowledge type.
- It can range from being a Homogeneous Transfer Method to being a Heterogeneous Transfer Method, depending on its model transfer domain similarity.
- It can range from being a Zero-Shot Transfer Method to being a Few-Shot Transfer Method, depending on its model transfer target data requirement.
- It can range from being a Static Transfer Method to being a Adaptive Transfer Method, depending on its model transfer adjustment capability.
- ...
- Examples:
- Pre-Training Transfer Methods, such as:
- Fine-Tuning Transfer Methods, such as:
- Domain Adaptation Methods, such as:
- Knowledge Distillation Methods, such as:
- ...
- Counter-Examples:
- Scratch Training Method, which learns without prior knowledge.
- Multi-Task Learning Method, which learns tasks jointly rather than transferring.
- Ensemble Method, which combines models rather than transferring knowledge.
- See: Machine Learning Method, Transfer Learning Task, Domain Adaptation, Knowledge Transfer, Pre-Trained Model, Fine-Tuning Process, Model Adaptation.