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Lightweight Security for Underwater IoT.

, , , and . CSA/CUTE, volume 421 of Lecture Notes in Electrical Engineering, page 774-778. Springer, (2016)

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An Energy efficient CCM-UW security mechanism for Underwater Acoustic Networks., , , , , , and . WUWNet, page 41:1-41:2. ACM, (2014)SBMAC: Smart Blocking MAC Mechanism for Variable UW-ASN (Underwater Acoustic Sensor Network) Environment., , and . Sensors, 10 (1): 501-525 (2010)Efficient UDD Architecture for Underwater Wireless Acoustic Sensor Network., , and . CSE (2), page 972-977. IEEE Computer Society, (2009)Lightweight Security for Underwater IoT., , , and . CSA/CUTE, volume 421 of Lecture Notes in Electrical Engineering, page 774-778. Springer, (2016)Adaptive GTS Allocation Scheme based on IEEE 802.15.4 for Underwater Acoustic Sensor Networks., , , and . EUC, page 297-301. IEEE Computer Society, (2010)Self-organizing P2P Overlay Network applying Dynamic Landmark Mechanism for Contents Delivery Network., , , , and . SERA, page 317-324. IEEE Computer Society, (2005)Underwater: network management system on the internet of underwater things., , , and . WUWNet, page 32:1-32:2. ACM, (2018)Lightweight service discovery protocols for constrained environment., , and . APNOMS, page 562-565. IEEE, (2015)Security analysis based on Trusted Environment (TRE) of M2M/IoT., , and . APNOMS, page 554-557. IEEE, (2015)CCM-UW Security Modes for Low-band Underwater Acoustic Sensor Networks., , , , , , , and . Wireless Personal Communications, 89 (2): 479-499 (2016)