Kuaban GSuila, Nycz T, Nycz M, Czachórski T, Czekalski P.  2025.  Modelling the Transient Evolution of Queues in Plugged-in Electric Vehicles(PEV) Fast Charging Stations. 25th International Conference on Computational Science.

Nycz M, Nycz T, Czachórski T.  2024.  Dropping or Marking: a Review and Evaluation of Existing Fluid-Flow Approximation Models. Bulletin of the Polish Academy of Sciences Technical Sciences. 72(5) (2.91 MB)

Nycz T, Czachórski T, Nycz M.  2021.  Diffusion Model of Preemptive-Resume Priority Systems and Its Application to Performance Evaluation of SDN Switches.. Sensors. 21(5042) (1.32 MB)

Nycz M, Nycz T, Czachórski T.  2021.  Fluid-Flow Approximation in the Analysis of Vast Energy-Aware Networks. Mathematics. 9(3279) (2.34 MB)

Czachórski T, Kuaban GSuila, Nycz T.  2019.  Multichannel Diffusion Approximation Models for the Evaluation of Multichannel Communication Networks. Distributed Computer and Communication Networks - 22nd International Conference, DCCN 2019, Moscow, Russia, September 23-27, 2019, Revised Selected Papers.

Nycz M, Nycz T, Czachórski T.  2017.  Performance Modelling of Transmissions in Very Large Network Topologies. Distributed Computer and Communication Networks 20th International Conference, DCCN 2017.

Czachórski T, Grochla K, Józefiok A, Nycz T, Pekergin F.  2012.  Performance Evaluation of a Multiuser Interactive Networking System: A Comparison of Modelling Methods. Computer and Information Sciences II. :215–222.

Czachórski T, Grochla K, Józefiok A, Nycz T.  2011.  Porównanie metod analizy efektywności na przykładzie serwera aplikacji w sieci lokalnej. Studia Informatica. 32:7–20.

Czachórski T, Grochla K, Józefiok A, Nycz T.  2011.  Simulation, Markov Chain and Diffusion Approximation Models – a Case Study. “Computer Science & Information Technologies” (CSIT’2011).