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Catastrophic Kukanganwa
Mutauro AI
Basics GUIDE
Continual learning updates a model over a sequence of tasks or data streams while trying to retain useful prior capabilities.
Teerera kugwaro iriAI-yakarondedzerwa · ~1 min
Catastrophic forgetting is a common failure where learning new tasks degrades earlier performance.
EWC uses a Fisher-information-based regularizer to discourage changes to parameters considered important for prior tasks. GEM uses episodic examples to constrain gradient updates; its guarantee concerns a local linear approximation to previous-task losses, so actual finite updates can still change performance. iCaRL stores exemplars, selects representatives with a herding procedure and classifies using per-class mean features. Replay methods revisit retained examples; these methods have different memory, privacy and compute tradeoffs. The stability-plasticity tradeoff describes balancing retention with learning new tasks.
Evaluate old and new tasks after each update.
Use replay samples when permitted by data policy.
Compare regularization methods such as EWC against fine-tuning.
Record task order and memory budget.
Continual-learning results depend on task sequence, model, data access, and evaluation protocol. Report both new-task learning and old-task retention.
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Continual learning updates a model over a sequence of tasks or data streams while trying to retain useful prior capabilities. Catastrophic forgetting is a common failure where learning new tasks degrades earlier performance.
Kukanganwa kwakashata ndiko kurasikirwa kwakanyanya kwekuita kwekare-basa kana network yakagovaniswa uremu inodhindwa uchidzidza chimwe chinhu chitsva.
EWC inowedzera chirango (uchishandisa ruzivo rweFisher) iyo inomisa uremu hunoonekwa hwakakosha kumabasa ekare, kuderedza kukanganwa.
Replay inosanganisa mienzaniso yakapfuura kuita mabhechi matsva kuitira kuti ma gradients aratidze mabasa ekare uye matsva, kuenzanisa data rekutanga rakabatanidzwa.
GEM projects updates using episodic-memory losses so the local first-order approximation does not increase loss on previous-task examples. This constraint is based on a local linearization and does not guarantee actual loss will never rise after every finite step.
Unconstrained gradient inogadziridza nyora zvakare maremu akagovaniswa akananga kune itsva optimum, achisiya matunhu aive akanaka kune ekutanga mabasa.
Ramba uchidzidza
Mamwe madhairekitori akasarudzirwa nyaya iyi
InoteveraGaidhi rinotevera
Catastrophic Kukanganwa
Mutauro AI