VERDECCHIA, ROBERTO
VERDECCHIA, ROBERTO
Ingegneria dell'Informazione
A fine-grained data set and analysis of tangling in bug fixing commits
2022 Herbold S.; Trautsch A.; Ledel B.; Aghamohammadi A.; Ghaleb T.A.; Chahal K.K.; Bossenmaier T.; Nagaria B.; Makedonski P.; Ahmadabadi M.N.; Szabados K.; Spieker H.; Madeja M.; Hoy N.; Lenarduzzi V.; Wang S.; Rodriguez-Perez G.; Colomo-Palacios R.; Verdecchia R.; Singh P.; Qin Y.; Chakroborti D.; Davis W.; Walunj V.; Wu H.; Marcilio D.; Alam O.; Aldaeej A.; Amit I.; Turhan B.; Eismann S.; Wickert A.-K.; Malavolta I.; Sulir M.; Fard F.; Henley A.Z.; Kourtzanidis S.; Tuzun E.; Treude C.; Shamasbi S.M.; Pashchenko I.; Wyrich M.; Davis J.; Serebrenik A.; Albrecht E.; Aktas E.U.; Struber D.; Erbel J.
A Process for Monitoring the Impact of Architecture Principles on Sustainability: An Industrial Case Study
2024 Markus Funke; Patricia Lago; Roberto Verdecchia; Roel Donker
A systematic review of Green AI
2023 Verdecchia R.; Sallou J.; Cruz L.
Architectural Tactics to Optimize Software for Energy Efficiency in the Public Cloud
2022 Vos S.; Lago P.; Verdecchia R.; Heitlager I.
Architectural Technical Debt Identification: Moving Forward
2018 Roberto Verdecchia
Architectural technical debt identification: The research landscape
2018 Verdecchia R.; Malavolta I.; Lago P.
Architectural technical debt: A grounded theory
2020 Verdecchia R.; Kruchten P.; Lago P.
Architectural Technical Debt: Identification and Management
2021 Roberto Verdecchia
Architectural Views: The State of Practice in Open-Source Software Projects
2024 Migliorini S.; Verdecchia R.; Malavolta I.; Lago P.; Vicario E.
Asking about Technical Debt: Characteristics and Automatic Identification of Technical DebtQuestions on Stack Overflow
2022 Kozanidis N.; Verdecchia R.; Guzman E.
ATDx: A tool for providing a data-driven overview of architectural technical debt in software-intensive systems
2021 Ospina S.; Verdecchia R.; Malavolta I.; Lago P.
ATDx: Building an architectural technical debt index
2020 Verdecchia R.; Lago P.; Malavolta I.; Ozkaya I.
Building and evaluating a theory of architectural technical debt in software-intensive systems
2021 Verdecchia R.; Kruchten P.; Lago P.; Malavolta I.
Characterizing Technical Debt and Antipatterns in AI-Based Systems: A Systematic Mapping Study
2021 Bogner J.; Verdecchia R.; Gerostathopoulos I.
CLAIM: a Lightweight Approach to Identify Microservices in Dockerized Environments
2024 Maggi K.; Verdecchia R.; Scommegna L.; Vicario E.
Code-Level Energy Hotspot Localization via Naive Spectrum Based Testing
2018 Verdecchia, R; Guldner, A; Becker, Y; Kern, E
Data-Centric Green AI An Exploratory Empirical Study
2022 Verdecchia R.; Cruz L.; Sallou J.; Lin M.; Wickenden J.; Hotellier E.
DecidArch V2: An Improved Game to Teach Architecture Design Decision Making
2019 De Boer R.C.; Lago P.; Verdecchia R.; Kruchten P.
DecidArch: Playing Cards as Software Architects
2019 Lago, P; Cai, JF; de Boer, RC; Kruchten, P; Verdecchia, R
Designing a Future-Proof Reference Architecture for Network Digital Twins
2024 Verdecchia R.; Scommegna L.; Vicario E.; Pecorella T.
| Titolo | Data di pubblicazione | Autore(i) | File |
|---|---|---|---|
| A fine-grained data set and analysis of tangling in bug fixing commits | 2022 | Herbold S.; Trautsch A.; Ledel B.; Aghamohammadi A.; Ghaleb T.A.; Chahal K.K.; Bossenmaier T.; Nagaria B.; Makedonski P.; Ahmadabadi M.N.; Szabados K.; Spieker H.; Madeja M.; Hoy N.; Lenarduzzi V.; Wang S.; Rodriguez-Perez G.; Colomo-Palacios R.; Verdecchia R.; Singh P.; Qin Y.; Chakroborti D.; Davis W.; Walunj V.; Wu H.; Marcilio D.; Alam O.; Aldaeej A.; Amit I.; Turhan B.; Eismann S.; Wickert A.-K.; Malavolta I.; Sulir M.; Fard F.; Henley A.Z.; Kourtzanidis S.; Tuzun E.; Treude C.; Shamasbi S.M.; Pashchenko I.; Wyrich M.; Davis J.; Serebrenik A.; Albrecht E.; Aktas E.U.; Struber D.; Erbel J. | |
| A Process for Monitoring the Impact of Architecture Principles on Sustainability: An Industrial Case Study | 2024 | Markus Funke; Patricia Lago; Roberto Verdecchia; Roel Donker | |
| A systematic review of Green AI | 2023 | Verdecchia R.; Sallou J.; Cruz L. | |
| Architectural Tactics to Optimize Software for Energy Efficiency in the Public Cloud | 2022 | Vos S.; Lago P.; Verdecchia R.; Heitlager I. | |
| Architectural Technical Debt Identification: Moving Forward | 2018 | Roberto Verdecchia | |
| Architectural technical debt identification: The research landscape | 2018 | Verdecchia R.; Malavolta I.; Lago P. | |
| Architectural technical debt: A grounded theory | 2020 | Verdecchia R.; Kruchten P.; Lago P. | |
| Architectural Technical Debt: Identification and Management | 2021 | Roberto Verdecchia | |
| Architectural Views: The State of Practice in Open-Source Software Projects | 2024 | Migliorini S.; Verdecchia R.; Malavolta I.; Lago P.; Vicario E. | |
| Asking about Technical Debt: Characteristics and Automatic Identification of Technical DebtQuestions on Stack Overflow | 2022 | Kozanidis N.; Verdecchia R.; Guzman E. | |
| ATDx: A tool for providing a data-driven overview of architectural technical debt in software-intensive systems | 2021 | Ospina S.; Verdecchia R.; Malavolta I.; Lago P. | |
| ATDx: Building an architectural technical debt index | 2020 | Verdecchia R.; Lago P.; Malavolta I.; Ozkaya I. | |
| Building and evaluating a theory of architectural technical debt in software-intensive systems | 2021 | Verdecchia R.; Kruchten P.; Lago P.; Malavolta I. | |
| Characterizing Technical Debt and Antipatterns in AI-Based Systems: A Systematic Mapping Study | 2021 | Bogner J.; Verdecchia R.; Gerostathopoulos I. | |
| CLAIM: a Lightweight Approach to Identify Microservices in Dockerized Environments | 2024 | Maggi K.; Verdecchia R.; Scommegna L.; Vicario E. | |
| Code-Level Energy Hotspot Localization via Naive Spectrum Based Testing | 2018 | Verdecchia, R; Guldner, A; Becker, Y; Kern, E | |
| Data-Centric Green AI An Exploratory Empirical Study | 2022 | Verdecchia R.; Cruz L.; Sallou J.; Lin M.; Wickenden J.; Hotellier E. | |
| DecidArch V2: An Improved Game to Teach Architecture Design Decision Making | 2019 | De Boer R.C.; Lago P.; Verdecchia R.; Kruchten P. | |
| DecidArch: Playing Cards as Software Architects | 2019 | Lago, P; Cai, JF; de Boer, RC; Kruchten, P; Verdecchia, R | |
| Designing a Future-Proof Reference Architecture for Network Digital Twins | 2024 | Verdecchia R.; Scommegna L.; Vicario E.; Pecorella T. |