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A New Approach on Wake-Up Radio (WUR) Based on Active RFID

机译:基于活动RFID的唤醒无线电(WUR)的一种新方法

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A very serious concern that has been getting more attention these days due to the Internet of Things - IoT - is the energy saving on battery-powered sensors. There are techniques that try to extend the lifetime of this type of sensor, some related to duty cycles in which the sensor wakes-up periodically and checks if it should take some action, this approach still has a long time of idle listening wasting battery unnecessarily. There are also the techniques known as WUR (wake-up radio) that wake up the radio "on-demand", that is, a device of lower power is responsible for triggering the main radio when it is necessary, thus saving a lot of energy. The use of RFID for this purpose is not new, but has always brought the problem of low reach (solutions reaching not up to 5 meters), the proposed solution aims to find a balanced solution, between energy savings and radio signal reach, that works at the same scenario as IEEE802.11 networks and using technology of active RFID to identify the packets and wake the main device at the appropriate time.
机译:这一天由于事物互联网而受到更多关注的非常严重的关注 - IOT - 是电池供电传感器的节能。有技术可以尝试延长这种类型的传感器的寿命,一些与占空比相关的占空比,其中传感器周期性地唤醒并检查它是否应该采取一些动作,这种方法仍然具有很长的时间闲置浪费电池不必要的浪费电池。还有称为WUR(唤醒收音机)的技术,即唤醒收音机“按需”,即较低功率的设备负责在必要时触发主电台,从而节省了很多活力。使用RFID为此目的不是新的,但一直带来低达到的问题(解决方案达到不高达5米),所提出的解决方案旨在找到一个平衡的解决方案,在节能和无线电信号到达之间的均衡解决方案在与IEEE802.11网络相同的场景和使用Active RFID的技术以识别数据包并在适当的时间唤醒主设备。

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