Advancements in Software Development and Human-Computer Interaction

The field of software development and human-computer interaction is rapidly evolving, with a focus on improving user experience, detecting biases, and enhancing code understandability. Recent research has explored the use of novel metrics, such as co-change graph entropy, to predict defects and improve software quality. Additionally, there is a growing interest in using eye tracking and gaze analysis to understand how users interact with interfaces, including carousels and low-code applications. Furthermore, researchers are developing new methods to detect biases in code reviews and improve the accessibility of software development tools. Noteworthy papers in this area include the introduction of GUSD, a genre-aware and user-specific spoiler detection framework, and the development of NRevisit, a cognitive behavioral metric for code understandability assessment. Other notable papers include the proposal of CiDiff, a diff algorithm tailored to build logs, and the creation of RecGaze, the first eye tracking and user interaction dataset for carousel interfaces.

Sources

Unveiling the Hidden: Movie Genre and User Bias in Spoiler Detection

What Happened in This Pipeline? Diffing Build Logs with CiDiff

NRevisit: A Cognitive Behavioral Metric for Code Understandability Assessment

Automatic Bias Detection in Source Code Review

Co-Change Graph Entropy: A New Process Metric for Defect Prediction

Toward Inclusive Low-Code Development: Detecting Accessibility Issues in User Reviews

Critical Considerations on Effort-aware Software Defect Prediction Metrics

On the Prevalence and Usage of Commit Signing on GitHub: A Longitudinal and Cross-Domain Study

Exploring the Impact of Integrating UI Testing in CI/CD Workflows on GitHub

Using Fixed and Mobile Eye Tracking to Understand How Visitors View Art in a Museum: A Study at the Bowes Museum, County Durham, UK

RecGaze: The First Eye Tracking and User Interaction Dataset for Carousel Interfaces

LSTM+Geo with xgBoost Filtering: A Novel Approach for Race and Ethnicity Imputation with Reduced Bias

Built with on top of