গাইড লিঙ্ক ক্যুইজ · সহজ স্তর

ভবিষ্যদ্বাণীমূলক এআই কুইজ

পূর্বাভাস দিগন্ত, ইনপুট সময়, বেসলাইন, ত্রুটি নিদর্শন, অনিশ্চয়তা, স্থাপনা পর্যবেক্ষণ, এবং সিদ্ধান্তের জন্য ভবিষ্যদ্বাণীমূলক AI ধারণাগুলি প্রয়োগ করুন।

সম্পর্কিত গাইড পাথভবিষ্যদ্বাণীমূলক এআই
প্রশ্ন 1 এর 8

A model estimates tomorrow’s demand accurately. What does that alone say about what causes demand?

প্রতিটি প্রশ্নের পূর্বরূপ দেখুন8 প্রশ্ন

আপনি কুইজ নেওয়ার সাথে সাথে উত্তর এবং ব্যাখ্যাগুলি উপস্থিত হয়।

  1. A model estimates tomorrow’s demand accurately. What does that alone say about what causes demand?
    • Nothing definitive; prediction accuracy alone does not establish causation
    • It proves the strongest input causes demand
    • It identifies a causal effect automatically
    • It removes the need for study design
  2. Why define the prediction time and horizon before choosing inputs?
    • All horizons use identical data
    • Different horizons can require different inputs and evaluation
    • It guarantees a precise forecast
    • It removes the need for a baseline
  3. A model uses a feature that becomes available only after the forecast deadline. What is the issue?
    • It is a baseline by definition
    • It improves causal identification
    • It would not actually be available when the prediction is issued
    • It makes uncertainty intervals unnecessary
  4. A model forecasts future product demand. What else affects the replenishment action?
    • Whether the forecast uses a chart
    • Only the forecast’s decimal precision
    • The model’s architecture name
    • Lead time, storage capacity, shortage costs, and waste
  5. A model beats a simple baseline on one period. What should a team do next?
    • Assume the baseline is obsolete everywhere
    • Check additional periods and downstream costs before relying on it
    • Deploy without monitoring
    • Report the result as causal evidence
  6. Average forecast error is low, but peak-demand periods are consistently underpredicted. What does the guide warn?
    • Peak cases should be excluded by default
    • Average error proves every subgroup is accurate
    • An average can conceal systematic errors in important periods
    • The model has established why peaks occur
  7. A system reports uncertainty intervals. What should evaluation check?
    • How often observations fall inside the reported intervals
    • Whether all intervals have the same width
    • Whether the point forecast is always the maximum
    • Whether uncertainty can replace monitoring
  8. After deployment, outcomes arrive late and model decisions affect which outcomes are observed. What should the team do?
    • Treat every correction as user error
    • Assume missing outcomes are successful predictions
    • Stop checking after launch
    • Monitor input and outcome changes and record overrides and corrections