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This project involves analyzing a database of students enrolled in an online course. By examining variables such as video view time and pause frequency, we aim to gain valuable insights into student engagement and optimize the learning experience. Key concepts include k means clustering, linearized regression and naive bayes regression.

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Shounak007/K-means-Clustering-and-Linearized-Regression-Project

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Researching Student performance related to video-watching behavior:

behavior-performance.txt contains data for an online course on how students watched videos (e.g., how much time they spent watching, how often they paused the video, etc.) and how they performed on in-video quizzes. readme.pdf details the information contained in the data fields. The aim of this project is to use this data to perform analysis tests using various data science techniques and prediction algorithms. We plan to run prediction algorithms for all students for one video and repeat this process for all the videos.

  1. The first question we aim to answer is how well can the students be naturally grouped or clustered by their video-watching behavior (fracSpent, fracComp, fracPaused, numPauses, avgPBR, numRWs, and numFFs)? We will use all students that complete at least five of the videos in our analysis.

  2. Afterwards we plan to see if student's video-watching behavior can be used to predict a student's performance?

  3. Taking this a step further, we will examine how well we can predict a student's performance on a particular in-video quiz question (i.e., whether they will be correct or incorrect) based on their video-watching behaviors while watching the corresponding video?

  4. The results will be compiled and finalized in 'report.pdf'

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This project involves analyzing a database of students enrolled in an online course. By examining variables such as video view time and pause frequency, we aim to gain valuable insights into student engagement and optimize the learning experience. Key concepts include k means clustering, linearized regression and naive bayes regression.

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