Empirical analysis of eye movements during code reading : evaluation and development of methods / by Teresa Busjahn. Paderborn, 2021
Inhalt
- Introduction
- Motivation
- The importance of code reading and understanding
- Code reading in computer science education
- The nature of source code
- Research questions
- Structure of this work
- Background
- EMCR study description
- Detecting oculomotor events
- Introduction
- Choosing a suitable approach
- Event detection on the EMCR data
- Conclusion
- Eye tracking error
- Introduction
- Data quality
- Existing approaches for addressing error
- Error debilitation and data removal
- Error correction
- Conclusion
- Evaluation approaches for error correction
- Real data
- Comparison with manual correction
- Reference locations
- Visualizations
- Comparison with another correction method
- Further measures
- Artificial data
- Conclusion
- Conclusion
- Error correction
- Introduction
- Correction approaches
- Evaluation using reference locations
- Stimuli
- Recording situation and participants
- Analysis procedure and results
- Chosen approaches
- Conclusion
- Evaluation using manually corrected data
- Evaluation using artificial data
- Conclusion
- Analysis procedure
- Analysis measures
- Introduction
- Model behaviors
- Single-event-based measures
- Event-sequence-based measures
- Trial-based measures
- Summary of analyses measures
- Analysis results
- Introduction
- Single-event-based measures
- Event-sequence-based measures
- Trial-based measures
- Threats to validity
- Conclusion
- Bibliography
- List of figures
- List of tables
- List of abbreviations
- Appendix