10 publications from 2022 onwards — For the latest publication list, please refer to Googe Scholar
Daniel Ogenrwot, John Businge
AIware 2026 — Benchmark & Dataset Track (co-located with FSE 2026) 2026
The rapid adoption of large language models (LLMs) like ChatGPT has introduced new dynamics in software development, particularly within pull request workflows. We analyze 338 pull requests from 255 GitHub repositories containing self-admitted ChatGPT usage, comprising 645 AI-generated snippets and 3,486 developer-authored patches.
Daniel Ogenrwot, John Businge
AIware 2026 — Benchmark & Dataset Track (co-located with FSE 2026) 2026
The rapid adoption of large language models (LLMs) like ChatGPT has introduced new dynamics in software development, particularly within pull request workflows. We analyze 338 pull requests from 255 GitHub repositories containing self-admitted ChatGPT usage, comprising 645 AI-generated snippets and 3,486 developer-authored patches.
Daniel Ogenrwot, John Businge
AIware 2026 — Benchmark & Dataset Track (co-located with FSE 2026) 2026
Large-scale dataset of 142K+ agentic pull requests from 59K+ repositories, identifying 29K PRs with merge conflicts and extracting 336K+ fine-grained conflict regions across AI coding agents (Copilot, Devin, Cursor, and others).
Daniel Ogenrwot, John Businge
AIware 2026 — Benchmark & Dataset Track (co-located with FSE 2026) 2026
Large-scale dataset of 142K+ agentic pull requests from 59K+ repositories, identifying 29K PRs with merge conflicts and extracting 336K+ fine-grained conflict regions across AI coding agents (Copilot, Devin, Cursor, and others).
Daniel Ogenrwot, John Businge
MSR 2026 — Mining Challenge Track 2026
Large-scale empirical comparison of ~24,000 merged agentic pull requests against 5,000 human-authored PRs using the AIDev dataset, examining additions, deletions, commits, and files modified. Finds that AI-generated PRs show substantially higher commit counts and slightly superior description-to-code alignment across multiple similarity measures.
Daniel Ogenrwot, John Businge
MSR 2026 — Mining Challenge Track 2026
Large-scale empirical comparison of ~24,000 merged agentic pull requests against 5,000 human-authored PRs using the AIDev dataset, examining additions, deletions, commits, and files modified. Finds that AI-generated PRs show substantially higher commit counts and slightly superior description-to-code alignment across multiple similarity measures.
Richard Sserunjogi, Daniel Ogenrwot, Nicholas Niwamanya, Noah Nsimbe, Martin Bbaale, Benjamin Ssempala, Noble Mutabazi, Raja Fidel Wabinyai, Deo Okure, Engineer Bainomugisha
Software and Data Engineering (SEDE) 2026
Cloud-native ETL system leveraging Apache Airflow, Kafka, and BigQuery for processing air quality data across African urban deployments.
Richard Sserunjogi, Daniel Ogenrwot, Nicholas Niwamanya, Noah Nsimbe, Martin Bbaale, Benjamin Ssempala, Noble Mutabazi, Raja Fidel Wabinyai, Deo Okure, Engineer Bainomugisha
Software and Data Engineering (SEDE) 2026
Cloud-native ETL system leveraging Apache Airflow, Kafka, and BigQuery for processing air quality data across African urban deployments.
Daniel Ogenrwot, John Businge, Shaikh Arifuzzaman
Software and Data Engineering (SEDE) 2026
Study of the Maven Central ecosystem using network science, analyzing 1.3M nodes and 20.9M edges to reveal scale-free topology and systemic risks from critical infrastructure hubs.
Daniel Ogenrwot, John Businge, Shaikh Arifuzzaman
Software and Data Engineering (SEDE) 2026
Study of the Maven Central ecosystem using network science, analyzing 1.3M nodes and 20.9M edges to reveal scale-free topology and systemic risks from critical infrastructure hubs.
Daniel Ogenrwot, John Businge
2025 IEEE International Conference on Source Code Analysis & Manipulation (SCAM) 2025 Distinguished Artifact Award
RePatch addresses structural drift in divergent software variants through refactoring-aware patch integration, achieving 52.8% success on previously failing patches.
Daniel Ogenrwot, John Businge
2025 IEEE International Conference on Source Code Analysis & Manipulation (SCAM) 2025 Distinguished Artifact Award
RePatch addresses structural drift in divergent software variants through refactoring-aware patch integration, achieving 52.8% success on previously failing patches.
Daniel Ogenrwot, John Businge
Empirical Software Engineering (EMSE) 2025
Analysis of 338 pull requests examining AI-generated code integration, revealing a median adoption rate of 25% and iterative refinement patterns in software development workflows.
Daniel Ogenrwot, John Businge
Empirical Software Engineering (EMSE) 2025
Analysis of 338 pull requests examining AI-generated code integration, revealing a median adoption rate of 25% and iterative refinement patterns in software development workflows.
Daniel Ogenrwot, John Businge
39th IEEE/ACM International Conference on Automated Software Engineering (ASE) 2024
Empirical study investigating how ChatGPT-generated patches influence pull request acceptance decisions, examining 338 pull requests across open-source projects.
Daniel Ogenrwot, John Businge
39th IEEE/ACM International Conference on Automated Software Engineering (ASE) 2024
Empirical study investigating how ChatGPT-generated patches influence pull request acceptance decisions, examining 338 pull requests across open-source projects.
Daniel Ogenrwot, Joyce Nakatumba-Nabende, John Businge, Michel R.V. Chaudron
arXiv 2024
Analysis of 11,350 classes from 30 repositories revealing that design smell prevalence varies across role-stereotypes and application ecosystems.
Daniel Ogenrwot, Joyce Nakatumba-Nabende, John Businge, Michel R.V. Chaudron
arXiv 2024
Analysis of 11,350 classes from 30 repositories revealing that design smell prevalence varies across role-stereotypes and application ecosystems.
Daniel Ogenrwot, Geoffrey Olok Tabo, Kevin Aber, Joyce Nakatumba-Nabende
Federated Africa and Middle East Conference on Software Engineering (FAMECSE) 2022
Daniel Ogenrwot, Geoffrey Olok Tabo, Kevin Aber, Joyce Nakatumba-Nabende
Federated Africa and Middle East Conference on Software Engineering (FAMECSE) 2022