A projected dev-error curve reaches the target after doubling the data. What should the team conclude?
Case context: A team adds its desired performance level to a dev-error learning curve. When the team visually extends the dev-error trend, the projection reaches the desired level at about twice the current training-set size.
Question: What should the team diagnose about the likely benefit of collecting more data, and how strongly should it state that conclusion?
Sample answer: The team should conclude that doubling the training-set size looks plausibly sufficient to reach the desired performance. Because this conclusion comes from visual extrapolation, it is an estimate or informed guess, not a guaranteed outcome.
Key points:
- The desired performance level is the comparison target.
- The extrapolated dev-error curve suggests improvement from more data.
- Doubling the training-set size appears plausibly sufficient.
- Visual extrapolation does not guarantee the outcome.
Rubric: The response should connect the projected intersection with the target to a plausible benefit from doubling the data and explicitly avoid presenting the estimate as certain.
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Related
What does visually extrapolating the dev-error curve help estimate?
Visual extrapolation gives a guaranteed prediction of performance after adding data.
Add the desired _____ level to the learning curve before extrapolating dev error.
Match each learning-curve element with its role in estimating the value of more data.
Order the reasoning process for estimating whether more data could reach the desired performance.
Explain how a dev-error learning curve can support a decision to collect more data.
A projected dev-error curve reaches the target after doubling the data. What should the team conclude?
Why should the desired performance level be shown on the learning curve?
Which conclusion best reflects the passage's example learning curve?
A dev-error extrapolation may justify saying that a data increase looks plausible, not certain.