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A simulation framework for connecting in-body nano communication with out-of-body devices., , , , и . NANOCOM, стр. 12:1-12:2. ACM, (2020)Infectious Disease Transmission via Aerosol Propagation from a Molecular Communication Perspective: Shannon Meets Coronavirus., , , , , и . IEEE Commun. Mag., 59 (5): 40-46 (2021)Age of information in molecular communication channels., , , и . Digit. Signal Process., (2022)A testbed and simulation framework for air-based molecular communication using fluorescein., , , , , , и . NANOCOM, стр. 2:1-2:6. ACM, (2020)Using Vector Fields for Efficient Simulation of Macroscopic Molecular Communication., , , и . IEEE Trans. Mol. Biol. Multi Scale Commun., 7 (2): 73-77 (2021)Modeling Ultrasonic Channels with Mobility for Gateway to In-Body Nanocommunication., , , и . GLOBECOM, стр. 4535-4540. IEEE, (2022)Psychological Feasibility of a Virtual Cycling Environment for Human-in-the-Loop Experiments., , , , , , , и . GI-Jahrestagung (Workshops), том P-295 из LNI, стр. 185-194. GI, (2019)Modeling Cycling Behavior to Improve Bicyclists' Safety at Intersections - A Networking Perspective., , , , , , , , и . WOWMOM, стр. 1-8. IEEE, (2019)Impact of Modeling Production Knowledge for a Data Based Prediction of Transition Times., , , , и . APMS (1), том 566 из IFIP Advances in Information and Communication Technology, стр. 341-348. Springer, (2019)Efficient simulation of macroscopic molecular communication: the pogona simulator., , , , , , и . NANOCOM, стр. 1:1-1:6. ACM, (2020)