Modeling Multicore Programmable Logic Controllers in Networked Automation Systems. - Morteza Hashemi Farzaneh; Stefan Feldmann; Christoph Legat; Jens Folmer; Birgit Vogel-Heuser (IECON, 2013)

OPART: Towards an Open Platform for Abstraction of real-time communication in cross-domain applications. - Morteza Hashemi Farzaneh; Alois C. Knoll; Jonas H. Pfeiffer (ICARA, 2015)

Formally verifiable modeling of in-vehicle time-sensitive networks (TSN) based on logic programming. - Morteza Hashemi Farzaneh; Sina Shafaei; Alois C. Knoll (VNC, 2016)

A graphical modeling tool supporting automated schedule synthesis for time-sensitive networking. - Morteza Hashemi Farzaneh; Stefan Kugele; Alois C. Knoll (ETFA, 2017)

Research Challenges for a Future-Proof E/E Architecture - A Project Statement. - Stefan Kugele; Vadim Cebotari; Mario Gleirscher; Morteza Hashemi Farzaneh; Christoph Segler; Sina Shafaei; Hans-Jörg Vögel; Fridolin Bauer; Alois C. Knoll; Diego Marmsoler; Hans-Ulrich Michel (GI-Jahrestagung, 2017)

Time-sensitive networking (TSN): An experimental setup. - Morteza Hashemi Farzaneh; Alois C. Knoll (VNC, 2017)

Context Prediction Architectures in Next Generation of Intelligent Cars. - Sina Shafaei; Fabian Muller; Tim Salzmann; Morteza Hashemi Farzaneh; Stefan Kugele; Alois C. Knoll (ITSC, 2018)

A Modeling Framework to Facilitate Schedule Synthesis of Time-Sensitive Networking. - Morteza Hashemi Farzaneh (2019)

Considering Safety Requirements in Design Phase of Future E/E Architectures. - Hadi Askaripoor; Morteza Hashemi Farzaneh; Alois C. Knoll (ETFA, 2020)

A Platform to Configure and Monitor Safety-Critical Applications for Automotive Central Computers. - Hadi Askaripoor; Morteza Hashemi Farzaneh; Alois C. Knoll (ETFA, 2021)

A Model-Based Approach to Facilitate Design of Homogeneous Redundant E/E Architectures. - Hadi Askaripoor; Morteza Hashemi Farzaneh; Alois C. Knoll (ITSC, 2021)

A Systematic Flexible-Window-Based Scheduling Framework for Time-Sensitive Networking. - Wenjing Sun; Yuan Zou; Nan Guan; Xudong Zhang 002; Jiahui Liu 001; Morteza Hashemi Farzaneh (IEEE Internet Things J., 2025)