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Harvester-aware transient computing: Utilizing the mechanical inertia of kinetic energy harvesters for a proactive frequency-based power loss detection.

, and . Integr., (2020)

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Harvester-aware transient computing: Utilizing the mechanical inertia of kinetic energy harvesters for a proactive frequency-based power loss detection., and . Integr., (2020)Exploration of Thermoelectric Energy Harvesting for Secure, TLS-Based Industrial IoT Nodes., , , and . ICIOT, volume 13735 of Lecture Notes in Computer Science, page 92-107. Springer, (2022)On the Energy Costs of Post-Quantum KEMs in TLS-based Low-Power Secure IoT., , , and . IoTDI, page 158-168. ACM, (2021)A Platform to Analyze DDR3 DRAM's Power and Retention Time., , , , and . IEEE Des. Test, 34 (4): 52-59 (2017)Precise synchronization time stamp generation for Bluetooth low energy., and . IEEE SENSORS, page 1-3. IEEE, (2016)Adaptive Transient Computing for Power-Neutral Embedded Devices., and . PATMOS, page 63-68. IEEE, (2019)Smart Sensors for Augmented Electrical Experiments., , , , , and . Sensors, 22 (1): 256 (2022)Analysis and Optimization of TLS-based Security Mechanisms for Low Power IoT Systems., , , and . CCGRID, page 775-780. IEEE, (2020)TLS-Level Security for Low Power Industrial IoT Network Infrastructures., , , , , and . DATE, page 1720-1721. IEEE, (2020)An analysis on retention error behavior and power consumption of recent DDR4 DRAMs., , , , , , and . DATE, page 293-296. IEEE, (2018)