Guide-yakabatana mibvunzo · Pakati Nhanho
Kuenderera Kudzidza uye Njodzi Kukanganwa Quiz
Review catastrophic forgetting, stability-plasticity, EWC, replay, task families, and continual-learning limits. Check scope and assumptions.
Mubvunzo 1 ye 8
Chii chinonzi 'catastrophic forgetting'?
Tarisa mubvunzo wese8 mibvunzo
Mhinduro uye tsananguro zvinoonekwa paunenge uchitora bvunzo.
- Chii chinonzi 'catastrophic forgetting'?
- Kana kudzidza basa idzva kunokanganisa zvakanyanya kuita pamabasa akadzidzwa kare
- Kana modhi inopera mundangariro uye kubondera
- Kana data rekudzidzisa radzimwa netsaona
- Kana modhi ikaramba kufanotaura
- Kutengeserana pakati pemwoyo wekuenderera mberi nekudzidza kunowanzonzi:
- Bias-variance tradeoff
- Kugadzikana-plastiki dambudziko
- Speed-accuracy tradeoff
- Kuongorora-kushandiswa tradeoff
- Chii chinoitwa neElastic Weight Consolidation (EWC)?
- Inodzima neuroni dzisina kukosha
- Inopeta kaviri mwero wekudzidza wemabasa matsva
- Inoranga shanduko kune huremu hwakakosha pamabasa akadzidzwa kare
- Inochengeta muenzaniso wese wekare wekudzidziswa zvachose
- Nzira dzekudzokorora dzinorwisa sei kukanganwa?
- Nekuomesa network yese zvachose
- Nokushandisa mwero mukuru wekudzidza
- Nokubvisa basa rekurasikirwa
- Nekupindirana akachengetwa kana kugadzirwa ekare mienzaniso mukudzidziswa kutsva
- How does Gradient Episodic Memory (GEM) constrain a gradient update while learning a new task?
- It projects the gradient so its first-order approximation does not increase loss on stored prior-task examples
- It replaces all prior-task data with new examples
- It freezes every parameter for all future tasks
- It increases weights that were unimportant to earlier tasks
- Sei kusanyatsogadzirisa basa idzva kuchikonzera kukanganwa?
- Iyo GPU inopisa uye inoshatisa ndangariro
- Gradient descent inofambisa maremu akagovaniswa akananga kubasa idzva pasina chinomanikidza kuchengetedza ekare
- Mabasa matsva anogara aine data rakawanda
- Iyo modhi inodzima nemaune huremu hwekare
- How does iCaRL classify a test example after learning multiple classes?
- By retrieving the single closest word in a text corpus
- By selecting the class with the largest Fisher information
- By comparing its feature vector with per-class means computed from stored exemplars
- By replaying every training image at inference
- Why is evaluating continual learning more than measuring final accuracy on the newest task?
- New-task accuracy is the only relevant measure
- Old tasks are removed from the evaluation
- The model cannot be tested on multiple tasks
- A method must also measure retention on prior tasks and its ability to learn new ones