Publications

Emotional Expression in Open-Source: How Project Function Shapes Communication

Journal: Information and Software Technology

Measuring the Decentralisation of DeFi Development: An Empirical Analysis of Contributor Distribution in Lido

Status: Preprint

Micro Patterns in Solidity Code

Conference: EASE’25

Introducing Repository Stability

Conference: FSE’25

Mining a Decade of Event Impacts on Contributor Dynamics in Ethereum: A Longitudinal Study

Conference: MSR 2025

Sustainability Assessment of Ethereum Developers Issues and Comments: Topic and Network Analysis

Status: Preprint

Blockchain Developer Experience: A Multivocal Literature Review

Conference: CHASE 2025

A Move Sui library for secure, certified and trusted supply chain ownership management

Conference: WETSEB 2025

Large Language Models for Synthetic Dataset Generation: A Case Study on Ethereum Smart Contract DoS Vulnerabilities

Conference: IWBOSE 2025

More Than Code: Technical and Emotional Dynamics in Solidity’s Development

Conference: CHASE 2025

Taxonomic insights into ethereum smart contracts by linking application categories to security vulnerabilities

Journal: Scientific Reports

A Curated Solidity Smart Contracts Repository of Metrics and Vulnerability

Conference: PROMISE 2024

Sustainability in Blockchain Development: A BERT-Based Analysis of Ethereum Developers Discussions

Conference: EASE 2024

Complex Systems Oriented Approach for dApps Analysis

DApps Ecosystems: Mapping the Network Structure of Smart Contract Interactions

DAI: A Dependencies Analyzer and Installer For Solidity Smart Contracts

MindTheDApp: A Toolchain for Complex Network-Driven Structural Analysis of Ethereum

A Preliminary Analysis of Software Metrics in Decentralised Applications

The network structure of smart contracts in Ethereum dApps

Fault-insertion and fault-fixing behavioural patterns in Apache Software Foundation Projects

Leveraging ChatGPT for Automated Smart Contract Repair: A Preliminary Exploration of GPT-3-based Approaches

Identifying and Fixing Vulnerable Patterns in Ethereum Smart Contracts: A Comparative Study of Fine-Tuning and Prompt Engineering Using Large Language Models