An Information-Flow Control Model for Online Social Networks Based on User-Attribute Credibility and Connection-Strength Factors. - Ehud Gudes; Nadav Voloch (CSCML, 2018)

An Access Control Model for Data Security in Online Social Networks Based on Role and User Credibility. - Nadav Voloch; Priel Levy; Mor Elmakies; Ehud Gudes (CSCML, 2019)

An MST-based information flow model for security in Online Social Networks. - Nadav Voloch; Ehud Gudes (ICUFN, 2019)

A Role and Trust Access Control Model for Preserving Privacy and Image Anonymization in Social Networks. - Nadav Voloch; Priel Nissim; Mor Elmakies; Ehud Gudes (IFIPTM, 2019)

Managing large distributed dynamic graphs for smart city network applications. - Nadav Voloch; Noa Voloch-Bloch; Yair Zadok (Appl. Netw. Sci., 2019)

Analyzing the Robustness of a Comprehensive Trust-Based Model for Online Social Networks Against Privacy Attacks. - Nadav Voloch; Ehud Gudes; Nurit Gal-Oz (COMPLEX NETWORKS (1), 2020)

Implementing GDPR in Social Networks Using Trust and Context. - Nadav Voloch; Ehud Gudes; Nurit Gal-Oz (CSCML, 2021)

Preventing Fake News Propagation in Social Networks Using a Context Trust-Based Security Model. - Nadav Voloch; Ehud Gudes; Nurit Gal-Oz (NSS, 2021)

A Trust based Privacy Providing Model for Online Social Networks. - Nadav Voloch; Nurit Gal-Oz; Ehud Gudes (Online Soc. Networks Media, 2021)

Fake News Detection in Social Networks Using Machine Learning and Trust. - Nadav Voloch; Ehud Gudes; Nurit Gal-Oz; Rotem Mitrany; Ofri Shani; Maayan Shoel (CSCML, 2022)

Handling Exit Node Vulnerability in Onion Routing with a Zero-Knowledge Proof. - Nadav Voloch; Maor Meir Hajaj (iiWAS, 2022)

A Cryptographic Encryption Scheme based on a Pythagorean Triplets Manufacturing Formula. - Nadav Voloch; Noa Voloch-Bloch Raicol (ACIT, 2024)

Using Combined Knapsack and Shortest Path Problems for Planning Optimal Navigation Paths for Robotic Deliveries. - Nadav Voloch; Yair Zadok; Noa Voloch-Bloch; Maor Meir Hajaj (ICARA, 2024)

Multiple Subset Problem as an encryption scheme for communication. - Yair Zadok; Nadav Voloch; Noa Voloch-Bloch; Maor Meir Hajaj (CoRR, 2024)