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Modeling and simulation experiments of trail network formation by non-diffusion-based mobile molecular communication networks.

, , , and . SPAWC, page 1-5. IEEE, (2017)

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Inbody mobile bionanosensor networks through non-diffusion-based molecular communication., , , , and . ICC, page 1078-1084. IEEE, (2015)Research challenges in bionanosensor networks., , , and . INFOCOM Workshops, page 1035-1036. IEEE, (2016)Performance Evaluation of Leader-Follower-Based Mobile Molecular Communication Networks for Target Detection Applications., , , , , , , , , and . IEEE Trans. Commun., 65 (2): 663-676 (2017)Mobility and Controllability of Bio-nanomachines., , , , and . EAI Endorsed Trans. Mobile Communications Applications, 2 (10): e5 (2016)In Silico Experiments of Mobile Bionanosensor Networks for Target Tracking., , , and . NANOCOM, page 14:1-14:6. ACM, (2015)Bacterium-based Mobile Bionanosensor Networks for Target Tracking: A Biologically Realistic Model., , , , and . BICT, ICST, (2014)Leader-follower based target detection model for mobile molecular communication networks., , , , , , , , , and . SPAWC, page 1-5. IEEE, (2016)Modeling and simulation experiments of trail network formation by non-diffusion-based mobile molecular communication networks., , , and . SPAWC, page 1-5. IEEE, (2017)Mobility and Controllability of Bio-nanomachines., , , , and . BICT, page 163-164. ICST/ACM, (2015)Molecule gradient formation by mobile bio-nanomachines., , , , and . ISPACS, page 844-848. IEEE, (2017)