Review Paper Assignment
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Review Paper Assignment
July 3, 2025
Due Date: July 20, 2025
Length: 1—2 pages (double-spaced, excluding references)
Format: PDF, submitted via Blackboard
Purpose
You are asked to write a short review paper on a scholarly article that makes use of one or more of the statistical methods covered in MA 214B. This assignment is intended to deepen your understanding of how these methods are applied or developed in academic or applied research contexts.
Guidelines
You may choose any article, provided it is relevant to the topics covered in the course. The article may fall into one of the following categories:
• An applied research paper that uses techniques such as regression, ANOVA, hypothesis testing, or clustering
• A methodological or theoretical article that develops or evaluates a statistical procedure
• A paper involving machine learning models discussed in class, including logistic regres- sion, neural networks, EM algorithm, etc.
Your review should demonstrate both your understanding of the methodology and your ability to reflect critically on the paper’s contributions.
What to Include
1. Article Summary: Provide a clear overview of the article’s objectives, methodology, and key findings.
2. Statistical Content: Identify and explain the main statistical methods used, and relate them to course material.
3. Critical Analysis: Evaluate the use of these methods. Are they appropriate? Are assumptions discussed? Are there limitations or areas for improvement?
4. Relevance and Reflection: Why did you choose this article? What did you find compelling? What did you learn from studying it?
Formatting Requirements
• 12-point Times New Roman, double-spaced
• Proper referencing and in-text citations (APA or IEEE preferred)
• Include a full citation of the reviewed article
• Submit as a single PDF file
Suggested Topics
The article may relate to any of the following topics discussed in the course:
• Probability, estimation, and inference
• Confidence intervals and hypothesis testing
• ANOVA and multivariate analysis
• Linear and logistic regression
• Gradient descent and regularization
• Neural networks, clustering, or EM algorithm
2025-07-18