Using Detailed Access Trajectories for Learning Behavior Analysis

12/14/2018
by   Yanbang Wang, et al.
0

Student learning activity in MOOCs can be viewed from multiple perspectives. We present a new organization of MOOC learner activity data at a resolution that is in between the fine granularity of the clickstream and coarse organizations that count activities, aggregate students or use long duration time units. A detailed access trajectory (DAT) consists of binary values and is two dimensional with one axis that is a time series, e.g. days and the other that is a chronologically ordered list of a MOOC component type's instances, e.g. videos in instructional order. Most popular MOOC platforms generate data that can be organized as detailed access trajectories (DATs).We explore the value of DATs by conducting four empirical mini-studies. Our studies suggest DATs contain rich information about students' learning behaviors and facilitate MOOC learning analyses.

READ FULL TEXT
research
09/07/2019

Visual Analytics of Student Learning Behaviors on K-12 Mathematics E-learning Platforms

With increasing popularity in online learning, a surge of E-learning pla...
research
09/27/2020

QLens: Visual Analytics of Multi-step Problem-solving Behaviors for Improving Question Design

With the rapid development of online education in recent years, there ha...
research
05/01/2019

Time-series Insights into the Process of Passing or Failing Online University Courses using Neural-Induced Interpretable Student States

This paper addresses a key challenge in Educational Data Mining, namely ...
research
02/07/2021

Reconstructing Detailed Browsing Activities from Browser History

Users' detailed browsing activity - such as what sites they are spending...
research
01/15/2023

Understanding Online Behaviors through a Temporal Lens

Timestamps in digital traces include significant detailed information on...
research
03/30/2018

Discovering Student Behavior Patterns from Event Logs: Preliminary Results on A Novel Probabilistic Latent Variable Model

Digital platforms enable the observation of learning behaviors through f...

Please sign up or login with your details

Forgot password? Click here to reset