REZAEI, HADIS
REZAEI, HADIS
Dipartimento di Informatica/DI
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A lightweight blockchain-based defense method for federated self-supervised learning
2026 Rezaei, H.; Golmaryami, M.; Rezaei, H.; Palmieri, F.
CTAT: A Blockchain-Driven Conditional Traceable Access Token for Enhancing Performance and Security in the Supply Chain of Sensitive Pharmaceuticals
2025 Rezaei, H.; Ficco, M.; Palmieri, F.
DETECTION AND LOCALIZATION OF BAD RANDOMNESS VULNERABILITIES IN ETHEREUM SMART CONTRACTS: AN EMPIRICAL SYSTEMATIZATION WITH TAXONOMY, SEMANTIC TAINT ANALYSIS, AND REINFORCEMENT-LEARNING–ENHANCED PATH OPTIMIZATION
2026 Rezaei, Hadis
TaintSentinel: Path-Level Randomness Vulnerability Detection for Ethereum Smart Contracts
2025 Rezaei, H.; Monrat, A. A.; Andersson, K.; Palmieri, F.
| Titolo | Data di pubblicazione | Autore(i) | File |
|---|---|---|---|
| A lightweight blockchain-based defense method for federated self-supervised learning | 1-gen-2026 | Rezaei, H.; Golmaryami, M.; Rezaei, H.; Palmieri, F. | |
| CTAT: A Blockchain-Driven Conditional Traceable Access Token for Enhancing Performance and Security in the Supply Chain of Sensitive Pharmaceuticals | 1-gen-2025 | Rezaei, H.; Ficco, M.; Palmieri, F. | |
| DETECTION AND LOCALIZATION OF BAD RANDOMNESS VULNERABILITIES IN ETHEREUM SMART CONTRACTS: AN EMPIRICAL SYSTEMATIZATION WITH TAXONOMY, SEMANTIC TAINT ANALYSIS, AND REINFORCEMENT-LEARNING–ENHANCED PATH OPTIMIZATION | 20-mag-2026 | Rezaei, Hadis | |
| TaintSentinel: Path-Level Randomness Vulnerability Detection for Ethereum Smart Contracts | 1-gen-2025 | Rezaei, H.; Monrat, A. A.; Andersson, K.; Palmieri, F. |