On single-path network routing subject to max-min fair flow allocation. - Edoardo Amaldi; Stefano Coniglio; Luca Giovanni Gianoli; Can Umut Ileri (Electron. Notes Discret. Math., 2013)

Performance evaluation of distributed maximum weighted matching algorithms. - Can Umut Ileri; Orhan Dagdeviren (DICTAP, 2016)

Improving distributed maximum weighted matchings for communication networks. - Can Umut Ileri; Orhan Dagdeviren (BlackSeaCom, 2017)

An energy-efficient capacitated minimum spanning tree algorithm for topology control in Wireless Sensor Networks. - Mustafa Asci; Can Umut Ileri; Orhan Dagdeviren (SIU, 2017)

Evaluating Fault Tolerance Properties of Self-Stabilizing Matching Algorithms in Wireless Sensor Networks. - Can Umut Ileri; Orhan Dagdeviren (BlackSeaCom, 2018)

Distributed and self-stabilizing algorithms for capacitated graph theory problems (Kapasite kısıtlı çizge teorisi problemleri içindağıtık ve öz-kararlı algoritmalar) - Can Umut Ileri (2018)

A distributed and asynchronous approach for optimizing weighted graph matchings in wireless network services. - Can Umut Ileri; Orhan Dagdeviren (Expert Syst. Appl., 2019)

A self-stabilizing algorithm for b-matching. - Can Umut Ileri; Orhan Dagdeviren (Theor. Comput. Sci., 2019)

XChange: A Blockchain-based Mechanism for Generic Asset Trading In Resource-constrained Environments. - Martijn de Vos; Can Umut Ileri; Johan Pouwelse (CoRR, 2020)

Achieving Sybil-Proofness in Distributed Work Systems. - Alexander Stannat; Can Umut Ileri; Dion Gijswijt; Johan Pouwelse (AAMAS, 2021)

XChange: A Universal Mechanism for Asset Exchange between Permissioned Blockchains. - Martijn de Vos; Can Umut Ileri; Johan Pouwelse (World Wide Web, 2021)

Reputation-Based Data Carrying for Web3 Networks. - Quinten Stokkink; Can Umut Ileri; Johan Pouwelse (LCN, 2022)

Dynamic Availability and Definite Finality in IOTA 2.0. - Can Umut Ileri; Nikita Polyanskii (BlockSys, 2023)

Web3 Sybil avoidance using network latency. - Quinten Stokkink; Can Umut Ileri; Dick H. J. Epema; Johan Pouwelse (Comput. Networks, 2023)

Blockchain-based Federated Learning Utilizing Zero-Knowledge Proofs for Verifiable Training and Aggregation. - Elmira Ebrahimi; Michael Sober; Anh-Tu Hoang; Can Umut Ileri; William Sanders; Stefan Schulte 002 (Blockchain, 2024)

zkSSI: A Zero-Knowledge-Based Self-Sovereign Identity Framework. - Anh-Tu Hoang; Can Umut Ileri; William Sanders; Stefan Schulte 002 (Blockchain, 2024)