We show that the addition of the controlled inter-symbol interference introduces redundancy in a message signal which can be utilized to embed an authentication signal without sacrificing message throughput or increasing power.
We show that the addition of the controlled inter-symbol interference introduces redundancy in a message signal which can be utilized to embed an authentication signal without sacrificing message throughput or increasing power.
We develop a novel mechanism for embedding an authentication information into the transmitted waveform, which can be extracted by an enforcement entity without knowing the transmission parameters.
We show that the addition of the controlled inter-symbol interference introduces redundancy in a message signal which can be utilized to embed an authentication signal without sacrificing message throughput or increasing power.
We show that the duobinary signaling mechanism introduces redundancy in a message signal which can be utilized to embed an authentication signal without sacrificing message throughput or increasing power.