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In a number of practical scenarios a wireless device needs to mark itspresence, for instance, to some access point. That enables the access point toassign the device its transmission slot or update the count of the networknodes. Many protocols can achieve exactly this result. In this paper, our goalis to show how that can be done in the simplest messaging model, the so-calledbeeping model. Consequently, we constrain our design so that the station doesnot send any modulated information in the signal and the receiver actually doesnot need to demodulate/decode it. We are interested in sending just a shortsignal, so called 'beep'. Moreover, we want to design such protocol that isresilient to random interference and enables us to identify devices which aresending the signal, as opposed to only note their presence. To do that, weleverage temporal correlations of a sequence of beeps issued by a device, as ifthe time-moments when they happen come from a pre-defined probabilitydistribution, that is the fingerpring of the device.

A Jamming-Resilient MAC-layer Device Identification for Internet of Things