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Random Cell Motion Enhances the Capacity of Cell-Cell Communication., , , , , , and . IEEE Trans. Mol. Biol. Multi Scale Commun., 5 (2): 158-162 (2019)Bionanomachine Diagnostics and Nanonetwork Therapeutic in Brain Malignancies With Bionanodevice Interfaces., and . IEEE Trans. Mol. Biol. Multi Scale Commun., 8 (1): 28-35 (2022)Interfacing with nanomachines through molecular communication., , , , and . SMC, page 18-23. IEEE, (2007)Modeling and performance evaluation of mobile bionanosensor networks for target tracking., , , , , and . ICC, page 3969-3974. IEEE, (2014)Modeling and simulation experiments of trail network formation by non-diffusion-based mobile molecular communication networks., , , and . SPAWC, page 1-5. IEEE, (2017)Molecular Communication as a Biological System., and . SECON Workshops, page 80-83. IEEE, (2018)Impacts of SW-ARQ on the Latency and Reliability of Diffusive, In-Sequence Molecular Communication., , , , , and . SECON Workshops, page 76-79. IEEE, (2018)Biologically inspired future service environment., , , , , , and . Comput. Networks, 55 (15): 3423-3440 (2011)Information Transfer through Calcium Signaling., and . NanoNet, volume 20 of Lecture Notes of the Institute for Computer Sciences, Social Informatics and Telecommunications Engineering, page 29-33. Springer, (2009)Externally Controllable Molecular Communication Systems for Pattern Formation., , , , , and . NANOCOM, page 14:1-14:4. ACM, (2014)