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We present the first wireless protocol that scales to hundreds of concurrent transmissions from backscatter devices. Our key innovation is a distributed cod- ing mechanism that works below the noise floor, operates on backscatter devices and can decode all the concurrent transmissions at the receiver using a single FFT operation. Our design addresses practical issues such as timing and fre- quency synchronization as well as the near-far problem. We deploy our design using a testbed of backscatter hardware and show that our protocol scales to concurrent transmis- sions from 256 devices using a bandwidth of only 500 kHz. Our results show throughput and latency improvements of 14–62x and 15–67x over existing approaches and 1–2 orders of magnitude higher transmission concurrency.more » « less
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Díaz Fernández, P. ; Alvarez-Pol, H. ; Crespo, R. ; Cravo, E. ; Atar, L. ; Deltuva, A. ; Aumann, T. ; Avdeichikov, V. ; Beceiro-Novo, S. ; Bemmerer, D. ; et al ( , Physical Review C)
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Heine, M. ; Typel, S. ; Wu, M.-R. ; Adachi, T. ; Aksyutina, Y. ; Alcantara, J. ; Altstadt, S. ; Alvarez-Pol, H. ; Ashwood, N. ; Atar, L. ; et al ( , Physical Review C)
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Thies, R. ; Heinz, A. ; Adachi, T. ; Aksyutina, Y. ; Alcantara-Núñes, J. ; Altstadt, S. ; Alvarez-Pol, H. ; Ashwood, N. ; Aumann, T. ; Avdeichikov, V. ; et al ( , Physical Review C)