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Showing 1 to 4 of 4 for “"RF to DC"”.

  1. Adaptive Resource Allocation Algorithms For Data And Energy Integrated Networks Supporting Internet of Things

    According to the forecast, there are around 2.1 billion IoT devices connected to the network by 2022. The rapidly increased IoT devices bring enormous pressure to the energy management work as most of them are battery-powered gadgets. What’s more, in some specific scenarios, the IoT nodes are …

    essex Repository record for Adaptive Resource Allocation Algorithms For Data And Energy Integrated Networks Supporting Internet of Things (opens in a new tab)

  2. Wireless transmission of power for sensors in context aware spaces

    … create and use wireless power as an alternative to replace wiring and batteries in certain new scenarios and environments. Two specific scenarios will be highlighted and discussed that motivated this research: The Interactive Electromechanical Necklace and the Wireless-Batteryless Electronic …

    mit Repository record for Wireless transmission of power for sensors in context aware spaces (opens in a new tab)

  3. New Frontiers in Silicon Terahertz Electronics: Wirelessly Powered THz-ID and Secure THz Links

    … THz transceivers have not been explored yet due to the stringent challenges posed by them. Likewise, the notion of wireless power transfer at THz frequency is non-existence. There is a growing demand for low-power mm-size transceivers in supply chain management, assets tracking, authentication, …

    mit Repository record for New Frontiers in Silicon Terahertz Electronics: Wirelessly Powered THz-ID and Secure THz Links (opens in a new tab)

  4. An embedded, wireless-energy-harvesting platform (E-WEHP) for powering sensors using existing, ambient, wireless signals present in the air

    The objective of this research is to develop an embedded, wireless, energy-harvesting prototype (E-WEHP) that can power on and sustain embedded sensing functions using the power present in ambient wireless signals in urban areas. This research is part of a bigger effort towards greening RF circuits …

    gatech Repository record for An embedded, wireless-energy-harvesting platform (E-WEHP) for powering sensors using existing, ambient, wireless signals present in the air (opens in a new tab)