Name
Affiliation
Papers
NEIL T. HEFFERNAN
Department of Computer Science, Worcester Polytechnic Institute, United States
156
Collaborators
Citations 
PageRank 
177
1087
135.49
Referers 
Referees 
References 
1362
966
957
Search Limit
1001000
Title
Citations
PageRank
Year
Enhancing Auto-scoring of Student Open Responses in the Presence of Mathematical Terms and Expressions00.342022
Using Past Data to Warm Start Active Machine Learning - Does Context Matter?00.342021
Effectiveness of Crowd-Sourcing On-Demand Assistance from Teachers in Online Learning Platforms00.342020
Recent Advances in Multimodal Educational Data Mining in K-12 Education00.342020
The automated grading of student open responses in mathematics.00.342020
Understanding the Complexities of Chinese Word Acquisition within an Online Learning Platform00.342019
Machine-Learned or Expert-Engineered Features? Exploring Feature Engineering Methods in Detectors of Student Behavior and Affect.00.342019
Crowdsourcing and Education: Towards a Theory and Praxis of Learnersourcing00.342018
Testing the Validity and Reliability of Intrinsic Motivation Inventory Subscales Within ASSISTments.00.342018
Observing Personalizations in Learning: Identifying Heterogeneous Treatment Effects Using Causal Trees.00.342017
Feedback Design Patterns for Math Online Learning Systems00.342017
Guidance counselor reports of the ASSISTments college prediction model (ACPM).00.342017
Incorporating Rich Features into Deep Knowledge Tracing.40.402017
Modeling Wheel-spinning and Productive Persistence in Skill Builders.40.472017
Using a Single Model Trained across Multiple Experiments to Improve the Detection of Treatment Effects.00.342017
A Memory-Augmented Neural Model for Automated Grading.10.392017
Sequencing content in an adaptive testing system: the role of choice.00.342017
The Future of Adaptive Learning: Does the Crowd Hold the Key?10.362016
Semantic Features of Math Problems: Relationships to Student Learning and Engagement.00.342016
Enhancing the efficiency and reliability of group differentiation through partial credit.00.342016
Predicting student performance on post-requisite skills using prerequisite skill data: an alternative method for refining prerequisite skill structures.40.402016
AXIS: Generating Explanations at Scale with Learnersourcing and Machine Learning.231.122016
Discovering 'Tough Love' Interventions Despite Dropout.00.342016
The assessment of learning infrastructure (ALI): the theory, practice, and scalability of automated assessment.10.362016
A Methodology for Discovering how to Adaptively Personalize to Users using Experimental Comparisons.10.372015
The Utility of Clustering in Prediction Tasks00.342015
The Effect of the Distribution of Predictions of User Models.00.342015
Towards better affect detectors: effect of missing skills, class features and common wrong answers30.432015
An analysis of the impact of action order on future performance: the fine-grain action model30.372015
Improving Student Modeling Through Partial Credit and Problem Difficulty50.492015
Predicting Student Aptitude Using Performance History.00.342015
Defining Mastery: Knowledge Tracing Versus N- Consecutive Correct Responses.30.492015
The Prediction of Student First Response Using Prerequisite Skills20.412015
Connecting Collaborative & Crowd Work with Online Education40.472015
Blocking Vs. Interleaving: Examining Single-Session Effects Within Middle School Math Homework20.432015
The Impact of Incorporating Student Confidence Items into an Intelligent Tutor: A Randomized Controlled Trial.20.392015
Grand Challenges for EDM and Related Research Areas.00.342015
The Role Of Student Choice Within Adaptive Tutoring20.462015
Developing Self-Regulated Learners Through An Intelligent Tutoring System00.342015
Learning, Moment-By-Moment And Over The Long Term20.372015
Refining Learning Maps with Data Fitting Techniques: Searching for Better Fitting Learning Maps.10.402014
Predicting STEM and Non-STEM College Major Enrollment from Middle School Interaction with Mathematics Educational Software.00.342014
Applying Clustering to the Problem of Predicting Retention within an ITS: Comparing Regularity Clustering with Traditional Methods.10.412013
A Comparison of Two Different Methods to Individualize Students and Skills.10.352013
Which Is More Responsible for Boredom in Intelligent Tutoring Systems: Students (Trait) or Problems (State)?40.492013
Using ITS Generated Data to Predict Standardized Test Scores.00.342013
Extending Knowledge Tracing to Allow Partial Credit: Using Continuous versus Binary Nodes.221.292013
Towards an Understanding of Affect and Knowledge from Student Interaction with an Intelligent Tutoring System.161.332013
Estimating the Effect of Web-Based Homework.101.022013
Tutor Modeling Versus Student Modeling.00.342012
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