- Full Description
This book provides a practical, hands-on guide to conducting user studies in informatics. Its purpose is to explain the foundations of different experimental designs together with the appropriate statistical analyses for studies most often conducted in computing. Common mistakes are highlighted together with guidelines on how they should be avoided. The book is intended for advanced undergraduate students, beginning graduate students and as a refresher for any researcher evaluating the usefulness of informatics for people by doing user studies. With clear, non-technical language, fundamental concepts are explained and illustrated using diverse examples. In addition to the foundations, practical tips to starting, acquiring permission, recruiting participants, conducting and publishing studies are included. A how-to guide, in the form of a cookbook, is also included. The cookbook recipes can be followed step-by-step or adjusted as necessary for different studies. Each recipe contains step-by-step instructions and concrete advice.
- Table of Contents
Table of Contents
- SECTION 1
- DESIGNING THE USER STUDY.
- Chapter 1: Overview.
- Chapter 2: Variables.
- Chapter 3: Design Equation and Statistics.
- Chapter 4: Between
- Subjects Design.
- Chapter 5: Within
- Subject Designs.
- Chapter 6: Advanced Designs.
- SECTION 2
- PRACTICAL TIPS Chapter 7: Understanding Main and Interaction Effects.
- Chapter 8: Conducting Multiple Comparisons.
- Chapter 9: Gold Standard and User Evaluations.
- Chapter 10: Recruiting and Motivating Study Participants.
- Chapter 11: Institutional Review Board (IRB) Approval.
- Chapter 12: Resources.
- SECTION 3
- COMMON MISTAKES TO AVOID Chapter 13: Avoid Bias.
- Chapter 14: Avoid Missing the Effect.
- Chapter 15: Avoid Missing Variables or Conditions.
- Chapter 16: Other Errors to Avoid.
- SECTION 4
- Appendix: COOKBOOK for Designing User Studies in Informatics.
- Recipe1: Evaluating Standalone Algorithms using Artifacts.
- Recipe 2: Evaluating Standalone Algorithms using Subjects.
- Recipe 3: Comparing Algorithms Using Artifacts.
- Recipe 4: Comparing Algorithms using Subjects.
- Recipe 5: Evaluating Standalone Systems using Subjects.
- Recipe 6: Comparing Systems Using Subjects.
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