Guide-yakabatana mibvunzo · Pakati Nhanho
Semi-Supervised Learning Quiz
Ongorora kuwanikwa kwemavara akasanganiswa, kudzidzira wega, kuenderana, fungidziro dzemapoka, FixMatch, kusimbisa kukanganisa, kupararira kwegirafu, uye mamakisi asina kunyorwa.
Mubvunzo 1 ye 8
Semi-inotariswa kudzidza kwakagadzirirwa mamiriro ezvinhu apo:
Tarisa mubvunzo wese8 mibvunzo
Mhinduro uye tsananguro zvinoonekwa paunenge uchitora bvunzo.
- Semi-inotariswa kudzidza kwakagadzirirwa mamiriro ezvinhu apo:
- Muenzaniso wese wakanyorwa zvizere
- Iwe hauna data zvachose
- Ma label akachipa zvisingaite kuti uwane
- Iwe une data shoma rakanyorwa uye yakawanda isina kunyorwa data
- How does self-training use selected predictions on unlabeled examples?
- It treats selected model guesses as pseudo-labels for further fitting
- It converts every guess into a verified human annotation
- It permanently removes the original labeled examples by definition
- It chooses labels only from alphabetical order
- Under consistency regularization, what agreement is encouraged across chosen class-preserving augmentations?
- A requirement that every arbitrary edit preserve the class
- Opposite predictions for every view of an example
- Agreement in the model's predictions
- Removal of every unlabeled input from the loss
- What does a cluster assumption propose for grouped observations in a semi-supervised method?
- Every possible cluster must contain every class equally
- They are likely to share a label under the assumed data structure
- All semi-supervised methods guarantee identical clusters
- Labels are determined by filename order
- Ko FixMatch inosanganisa sei iwo maviri makuru mazano?
- Iyo pseudo-inonyora iyo isina kusimba yakawedzera kupinza, yobva yadzidzisa iyo yakasimba yakawedzera vhezheni kuti ienderane.
- Inoshandisa data rakanyorwa chete uye inofuratira zvimwe zvese
- Iyo inobvisa augmentations zvachose
- Inopa ma labels chero panguva
- How can confirmation bias arise during pseudo-label training?
- Only low-confidence labels can ever be wrong
- Every selected prediction becomes a verified fact
- Using any verified label prevents the model from learning
- Incorrect model-generated labels are accepted and then reinforced
- Which structure distinguishes graph-based label propagation from repeatedly selecting a classifier's confident guesses?
- Only a threshold on independently predicted class probabilities
- A similarity graph over labeled and unlabeled observations
- A list of random output labels with no input similarities
- A requirement to discard every relationship between observations
- In the stated scikit-learn semi-supervised interface, which integer marks an unlabeled target entry?
- Zero, necessarily the first actual class label
- One, necessarily the second actual class label
- Minus one
- Fifty, interpreted as a percentage-confidence threshold