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Authenticated Data Transmission Using Analog Function Computation
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DOI：10.1109/LCOMM.2020.3007636.png)
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Abstract
En 中文
Conventional analog function computation (AFC) is an effective data aggregation technique that combines communication and computation to improve time efficiency and scalability. In this letter, different from the conventional AFC, we study distinguishing individual observations from the aggregated data by including unique prime identifiers to pre-processing functions. Prime identifiers can be used to equip the network with a simple authentication mechanism while removing the dependency on public key algorithms or trusted third parties. The resilience of the proposed scheme to spoofing attacks and non-ideal conditions including the channel estimation errors and the thermal noise is investigated with computer simulations.
Keywords:
Data communication
Receivers
Authentication
Wireless communication
Impedance matching
Channel estimation
Transmitters
Analog function computation
authentication
prime identifier
pre-processing function
spoofing attack
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