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MLS-C01 · Question #327

A university wants to develop a targeted recruitment strategy to increase new student enrollment. A data scientist gathers information about the academic performance history of students. The data…

The correct answer is A. Use Amazon SageMaker Ground Truth to sort the data into two groups named "enrolled" or "not E. Use the built-in Amazon SageMaker k-means algorithm to cluster the data into two groups named. To predict student enrollment and build profiles, the data scientist should first label historical data as 'enrolled' or 'not enrolled' and then use an unsupervised clustering algorithm to group students into distinct profiles.

Modeling

Question

A university wants to develop a targeted recruitment strategy to increase new student enrollment. A data scientist gathers information about the academic performance history of students. The data scientist wants to use the data to build student profiles. The university will use the profiles to direct resources to recruit students who are likely to enroll in the university. Which combination of steps should the data scientist take to predict whether a particular student applicant is likely to enroll in the university? (Choose two.)

Options

  • AUse Amazon SageMaker Ground Truth to sort the data into two groups named "enrolled" or "not
  • BUse a forecasting algorithm to run predictions.
  • CUse a regression algorithm to run predictions.
  • DUse a classification algorithm to run predictions.
  • EUse the built-in Amazon SageMaker k-means algorithm to cluster the data into two groups named

How the community answered

(43 responses)
  • A
    74% (32)
  • B
    16% (7)
  • C
    2% (1)
  • D
    7% (3)

Why each option

To predict student enrollment and build profiles, the data scientist should first label historical data as 'enrolled' or 'not enrolled' and then use an unsupervised clustering algorithm to group students into distinct profiles.

AUse Amazon SageMaker Ground Truth to sort the data into two groups named "enrolled" or "notCorrect

Amazon SageMaker Ground Truth is used for data labeling, which is a necessary step to create the 'enrolled' or 'not enrolled' ground truth labels required for any supervised learning task aimed at predicting enrollment.

BUse a forecasting algorithm to run predictions.

Forecasting algorithms predict future values in a time series, which is not applicable to predicting a categorical outcome like student enrollment.

CUse a regression algorithm to run predictions.

Regression algorithms predict continuous numerical values, whereas predicting whether a student is 'likely to enroll' is a binary categorical outcome.

DUse a classification algorithm to run predictions.

While a classification algorithm would be used for the final prediction of enrollment, the question asks for a combination of steps to 'build student profiles' and 'predict', and classification alone doesn't directly address profile building without prior labels or unsupervised grouping.

EUse the built-in Amazon SageMaker k-means algorithm to cluster the data into two groups namedCorrect

The built-in Amazon SageMaker k-means algorithm is an unsupervised clustering technique that can group students into distinct profiles or segments based on their academic performance, enabling the university to build student profiles for targeted recruitment.

Concept tested: Data labeling, unsupervised clustering for profiling

Source: https://docs.aws.amazon.com/sagemaker/latest/dg/sms-whatis.html

Topics

#Data Labeling#Clustering Algorithms#Student Enrollment Prediction#Amazon SageMaker

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