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Evaluation of Secrecy Capacity for Next-Generation Leadless Cardiac Pacemakers.

, , , , and . IEEE Trans. Biomed. Eng., 67 (8): 2297-2308 (2020)

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A Primer on Large Intelligent Surface (LIS) for Wireless Sensing in an Industrial Setting., , , , , , and . CrownCom, volume 374 of Lecture Notes of the Institute for Computer Sciences, Social Informatics and Telecommunications Engineering, page 126-138. Springer, (2020)HD-PIC receiver., , , and . PIMRC, page 1425-1429. IEEE, (2000)RSS-Based Secret Key Generation in Wireless In-body Networks., , , , , and . ISMICT, page 1-6. IEEE, (2019)Feasibility Analysis for Pulse-Based Synchronization in a Dual Chamber Leadless Pacemaker System., , and . BODYNETS, page 419-430. Springer, (2018)Securing Next Generation Multinodal Leadless Cardiac Pacemaker System: A Proof of Concept in a Single Animal., , , and . IEEE Access, (2020)Localization-Based OFDM Framework for RIS-Aided Systems., , and . ICC Workshops, page 1956-1961. IEEE, (2023)Assessing Wireless Sensing Potential with Large Intelligent Surfaces., , , , , and . CoRR, (2020)Evaluating Secrecy Capacity for In-Body Wireless Channels., , , , , , and . Entropy, 21 (9): 858 (2019)Information Theoretic Analysis for Securing Next Generation Leadless Cardiac Pacemaker., , and . BODYNETS, page 407-418. Springer, (2018)Evaluation of Secrecy Capacity for Next-Generation Leadless Cardiac Pacemakers., , , , and . IEEE Trans. Biomed. Eng., 67 (8): 2297-2308 (2020)